Studica Robotics
Build Better Robots®
Studica Robotics is a comprehensive robotics building platform with everything you need to build, learn, and compete. Our wide selection of durable robot parts and robotics kits are ideal for use in the classroom, robot competitions, robotics team training, and more. We offer a variety of structure and motion components, electronics, hardware, and building kits, you'll find everything you need to build and empower your robot with cutting-edge capabilities. Discover your true building potential with Studica Robotics.
Resources for Robotics
- 3D CAD files - Find all the 3D.STP files (Patented) you need for designing a robot or automation system using the Studica Robotics building system. To open and work with these files, use solid modeling software such as PTC Onshape, Solidworks, and Fusion 360.
- Training Videos - Discover training videos on the Studica Robotics products and check out our YouTube page to see them in action.
- View Catalog - Shop robotics building kits, robot parts, and more.
- Robotics Team Grants are available! Apply Now.
ATTN: FIRST Teams - You may be eligible for special pricing on robotics kits and parts. Submit this application form to find out.
Product solutions for FIRST Teams can be found here
Studica Robotics is committed to innovation and excellence, as evidenced by our partnership with WorldSkills and our exclusive supply of robotics components for the Autonomous Mobile Robotics Competition. Studica Robotics is used in over 40 countries around the world. View Usage Map. Contact us if we can help!
100mm Drive Wheel, 50A, 12.5mm wide, 1/2" Inner Hex, Blue
The Studica Robotics 100mm Drive Wheel (4"), with a 12.5mm axial width can be used as a simple wheel providing good traction on carpet and tile flooring. They can also be used for intake systems. Use with 1/2" hex shaft or use a 6mm Shaft Hub to connect to 6mm D-Shaft axles.
100mm Drive Wheel, 50A, 25mm wide, 1/2" Inner Hex, Blue
The Studica Robotics 100mm Drive Wheel (4") with an axial width of 25mm, can be used as a simple wheel providing good traction on carpet and tile flooring. They can also be used for intake systems. Use with 1/2" Hex Shaft or 6mm Shaft Hub to use connect 6mm D-Shaft Axles.
100mm Flex Wheel, 35A, 25mm wide, 1/2" Inner Hex, Green
The Studica Robotics 100mm Flex Wheel (4"), with a 25mm axial width can be used for intake systems and conveyors with your robotics design builds.
100mm Flex Wheel, 40A, 25mm wide, 1/2" Inner Hex, Orange
The Studica Robotics 100mm (4") orange Flex Wheel with an axial width of 25mm and a durometer of 40A can be used for intake systems and conveyors.
192mm x 96mm Flat Bracket (2 pack)
The Studica Robotics 192mm x 96mm Flat Bracket (2-pack) is very strong, with a thickness of 3mm. As with the other Studica Robotics building components, it has the common hole pattern which makes it easy to connect to other structure with very little or no additional machining required.
360 Degree LiDAR
The Studica 360 Degree LiDAR is a 2D LiDAR that rotates 360 degrees to achieve high accuracy, stable performance, high-frequency and high-precision distance measurement. It's ideal for robot navigation and obstacle avoidance.
384mm Low Profile U-Channel
The Studica Robotics 384mm Low Profile U-Channel is 3mm thick and has a 48mm x 14mm profile.
384mm U-Channel
The Studica Robotics 384mm U-Channel is 3mm thick and has a 48mm x 48mm profile. As with the other Studica Robotics building components, it has the common hole pattern which makes it easy to connect to other structure with very little or no additional machining required. You can easily connect to other channel, extrusions, bushings, bearing, mounting brackets and more so you can quickly assemble and disassemble robots and automated systems.
432mm Flat Beam
The Studica Robotics 432mm Flat Beam is 3mm thick and 8mm wide. As with the other Studica Robotics building components, it has the common hole pattern which makes it easy to connect to other structure with very little or no additional machining required.
48mm L-Beam (2 pack)
The Studica Robotics 48mm L-Beam (2-pack) has a width and height of 14mm each. It is strong while light-weight. It can be easily cut to your own custom size. The hole pattern matches the hole patterns in the Studica U-Channel, Low Profile U-Channel, and the various plates. Ideal for rapid prototyping.
48mm Square Beam
The Studica Robotics 48mm Square Beam is 8mm by 8mm. As with the other Studica Robotics building components, it has the common hole pattern which makes it easy to connect to other structure with very little or no additional machining required.
5mm Thick M3 Screw Spacer (10 pack)
Made from delrin in blue, this M3 Screw Spacer has a 3.2mm ID x 5.5mm OD x 5mm thick.
60mm OD Round Groove Pulley
The Studica Robotics 60mm OD round groove pulley is for use with your robotics design builds.
96mm T-Slot Extrusion
The Studica T-Slot Extrusion is available in 10 different lengths from 48mm to 1000mm. It is strong while light weight. It can be easily cut to your own custom size. It has a 14mm through hole that will fit the Studica 6mmID x 14mmOD Flanged Bearing or Bronze Bushing. It uses the M3 T-Slot Nut Hammer Head Series 20. It also has four M3 threaded holes on each end. Use it as structure on infinite applications.
GT2 Timing Belt, 2mm Pitch, 6mm width, 240mm Closed, (2 pack)
This GT2 (also called 2GT) timing belt has a 2mm Pitch and 6mm width.
Specifications:
- type: GT2 closed-loop 240mm
- pitch: 2 mm
- width: 6 mm
- material: neoprene rubber, fiberglass reinforced
- belt shape: circular tooth profile
Inside U-Bracket (2 pack)
Made from 3mm thick heavy 6061-T6 Aluminum, the Studica Robotics Inside U Bracket (2-pack) is 42mm x 45mm and is used inside a U-Channel or Low profile channel. As with the other Studica Robotics building components, it has the common hole pattern which makes it easy to connect to other structure with very little or no additional machining required. You can easily connect to other channel, extrusions, bushings, bearing, mounting brackets and more so you can quickly assemble and disassemble robots and automated systems.