Maxim Y. Profile | Freelancer

Πως Λειτουργεί

Αναζήτησε Εργασίες

Ανάρτηση Εργασίας

0,0

(0 αξιολογήσεις)

Εικόνα εξωφύλλου προφίλ

Τώρα ακολουθείς τον/την

Σφάλμα στην ακολουθία χρήστη.

Αυτός ο χρήστης δεν επιτρέπει σε χρήστες να τον ακολουθούν.

Έχεις ήδη ακολουθήσει αυτό τον χρήστη.

Το πλάνο συνδρομή σου επιτρέπει μόνο 0 ακόλουθους. Κάνε αναβάθμιση εδώ.

Δεν ακολουθείς τον/την

Σφάλμα κατάργησης ακόλουθου χρήστη.

Έχεις προτείνει επιτυχώς τον/την

Σφάλμα πρότασης χρήστη.

Κάτι πήγε στραβά. Παρακαλούμε ανανέωσε τη σελίδα και δοκίμασε ξανά.

Επιτυχώς επαληθευμένο Email.

$2 USD / ώρα

Σημαία της BELGIUM

leuven,

$2 USD / ώρα

Τώρα είναι 1:33 π.μ. εδώ

Έγινε μέλος Ιανουαρίου 13, 2018

0 Προτάσεις

Maxim Y.

@maximyudayev

0,0

(0 αξιολογήσεις)

0,0

0,0

0%

0%

$2 USD / ώρα

Σημαία της BELGIUM

leuven,

$2 USD / ώρα

Μ/Δ

Ολοκληρωμένες Δουλειές

Μ/Δ

Εντός Προϋπολογισμού

Μ/Δ

Εντός Χρόνου

Μ/Δ

Βαθμός Επανάληψης Πρόσληψης

Electronics Engineering Student at KU Leuven

I am an engineering student at Katholieke Universiteit Leuven in Belgium. I am passionate about making things, more so those that are of use to others. I will be adding project summaries to my portfolio occasionally

Προβολή όλων Java Developers σε Belgium

Επικοινώνησε με τον/την Maxim Y. για τη δουλειά σου

Συνδέσου για να συζητήσεις τις λεπτομέρειες μέσω τις συνομιλίας.

Πορτφόλιο

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Participated in one of the ongoing challenges by NASA, whose designs will fly to the ISS and serve the international community as well as the astronauts in space. Unfortunately my design was not chosen, but here is its look, I may upload more technical drawings later on as a practice and a showcase of my technical skills.
The design is based on the compactness and length of reach desire of NASA and as such, the main concern was to fit a number of joints that, once extended, would span the entire space of possible coordinates into a tight bounding space. I solved this issue by using small stepper motors and polyoxymethylene shelling; it takes into consideration the tolerances that must be made for proper fit of components, as well as the gear drive trains to allow higher torque output in standby mode. The other concern was to make them not detach, I solved it using u-joints and external slip ring.
I hope you like it. Feel free to contact me if you are interested in similar work.

Robotic Mechanism For Nasa's Astrobee

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Made the design as an entry for a recent project, where the Contest Holder wished to create a motor adjustable focusing mechanism driving the phone case front and back. I designed the headset to be 3D printable as per his request on a small SLA printer, and as such, the whole design is worked around that, to be printable in several pieces and then snap together via snap-fit joints. I also decided to make the design appropriate for any smartphone via a simple idea with springs of certain length and coefficient to account for the possible displacement in order to accommodate any smartphone, from an iPhone 4 to Samsung S8 (and roughly in that large size region). Everything in this design is made to be manufactured on a 3D printer and utilises snap-fitting to attach all the parts together.

Hope you like the design. Feel free to request more information or pictures if you are designed in this or similar designs

VR Headset

Αξιολογήσεις

Οι αλλαγές αποθηκεύτηκαν

Προβολή 1 - 1 από 1 αξιολογήσεις

Φιλτράρισμα αξιολογήσεων ανά:

4,0

$500,00 USD

focus adjustable VR Headset 3D drawing

@maximyudayev won the contest on 23 January 2023

Ted K.

@tedkim

•

6 χρόνια πριν

Εκπαίδευση

Bachelor of Engineering technology

Katholieke Universiteit Leuven,

Belgium

2017 - 2019

(2 χρόνια)

Επικοινώνησε με τον/την Maxim Y. για τη δουλειά σου

Συνδέσου για να συζητήσεις τις λεπτομέρειες μέσω τις συνομιλίας.

Επαληθεύσεις

Προτιμώμενος Freelancer

Η Ταυτότητα Επαληθεύτηκε

Επαληθευμένη Πληρωμή

Το Τηλέφωνο Επαληθεύτηκε

Το Email Επαληθεύτηκε

Το Facebook Συνδέθηκε

Κορυφαίες Ικανότητες

Mobile App Development

Αναζήτησε Παρόμοιους Freelancers

Java Developers in Belgium

Java Developers

Python Developers

Graphic Designers

Αναζήτησε Παρόμοιες Προβολές

Προηγούμενος Χρήστης

Νέος Χρήστης

Η πρόσκληση έχει σταλεί επιτυχώς!

Ευχαριστούμε! Σου έχουμε στείλει ένα email με ένα σύνδεσμο για να διεκδικήσεις τη δωρεάν πίστωση σου.

Κάτι πήγε στραβά κατά την προσπάθεια αποστολής του email σου. Παρακαλούμε δοκίμασε ξανά.

Φόρτωση προεπισκόπησης

Δόθηκε πρόσβαση για Geolocation.

Η σύνδεση σου έχει λήξει και τώρα έχεις αποσυνδεθεί. Παρακαλούμε συνδέσου ξανά.