Designed as a more affordable replacement for the RealSense D435, the Studica 3D Depth Camera provides an accurate high-definition depth-sensing camera for mobile robotics and consumer electronic projects.

The Classroom Robotics Kit from Studica Robotics includes many parts for building a robot for competitions. This kit is ideal for schools wanting to replicate an FTC kit, but not yet involved with FTC.

Download the components list for this kit here.

The 100mm Slim Mecanum Wheel Set comes with 2 left and 2 right, with steel ball bearings, blue steel frame and black rollers.  The wheel comprised of 12 black rollers and is able to move in any direction. Rollers are set at 45° to the axis of rotation of the wheel.  Rollers are mounted with steel ball bearings, making the roll more fluent.

The 38mm Omni Wheel was designed as an odometry wheel that can fit inside most channel sizes. For ease of use, three cores were designed to fit 6mm D-Shaft, 5mm Hex Shaft, and 7mm Hex Shaft. The wheel is open for easy use in any ecosystem with the provided different-sized cores.

The Studica Robotics FTC Drive Base Kit is ideal for FIRST teams, robotics competitions, and education. It is valued at $399. This is a special offer and it is only available for a limited time. FTC teams, please provide your team name and number.

The Studica Slide Rail is made of light weight aluminum, is 24mm wide, and is perfect for building a multi-stage slide system. Closed length is 288m, with a 180mm stroke, creating a 470mm extended length. 

• Width: 24mm
• Height: 7.2mm
• Length: 288mm
• Stroke: 180mm
• Extended length: 468mm
• Step files

The Studica Slide Rail is made of light weight aluminum, is 24mm wide, and is perfect for building a multi-stage slide system. Closed length is 384m, with a 240mm stroke, creating a 530mm extended length. 

• Width: 24mm
• Height: 7.2mm
• Length: 384mm
• Stroke: 240mm
• Extended length: 624mm
• Step files

New for the 2022-2023 Season, the Studica Robotics FTC Starter Kit includes many parts for building a robot for competitions.

Download the Kit List here.

FTC Teams are eligible to get 1 kit at a heavily discounted price. To apply for the discount please fill out this application form.

Students can use components from the Starter Kit to build a robot of their own design.  Examples of the Starter Kit with customization are shown above in our images and video.

The Intake Kit can be used to create intake systems and is ideal for the FIRST Technical Challenge (FTC) and World Robotics Olympiad (WRO). Used with the Silicone Rubber Tubing #76410

The Studica Linear Servo RC Actuator 140-200 is a new Servo motor which has a stroke of 140mm. It works the same way as the any standard rotary servo but in a linear movement. It uses the same 2.54mm Dupont 3-Pin Female wire connector and can be controlled with an RC receiver or any device that controls a servo. Includes mounting brackets.

The Studica Linear Servo RC Actuator 140-50 is a new Servo motor which has a stroke of 140mm. It works the same way as the any standard rotary servo but in a linear movement. It uses the same 2.54mm Dupont 3-Pin Female wire connector and can be controlled with an RC receiver or any device that controls a servo. Includes mounting brackets.

The Studica Linear Servo RC Actuator 50-200 is a new Servo motor which has a stroke of 50mm. It works the same way as the any standard rotary servo but in a linear movement. It uses the same 2.54mm Dupont 3-Pin Female wire connector and can be controlled with an RC receiver or any device that controls a servo. Includes mounting brackets.

The Studica Linear Servo RC Actuator 50-50 is a new Servo motor which has a stroke of 50mm. It works the same way as the any standard rotary servo but in a linear movement. It uses the same 2.54mm Dupont 3-Pin Female wire connector and can be controlled with an RC receiver or any device that controls a servo. Includes mounting brackets.

The navX2-Micro is the greatest sensor for orientation in competitive robots. navX2-Micro is a second-generation 9-axis inertial/magnetic sensor and motion processor. Designed for plug-n-play installation onto robots such as those used in the WorldSkills Robotics, FIRST Technology Challenge (FTC) and the FIRST Robotics Challenge (FRC), navX2-Micro helps build better robots by adding sophisticated navigation capabilities.
 

IMPORTANT NOTE:  To avoid having the navX2-Micro reset due to a RoboRIO brownout, connecting the navX-Micro to the RoboRIO via USB is highly recommended.

BRAND NEW NEXT-GENERATION SENSOR NOW AVAILABLE -  leveraging new sensors and state-of-the-art algorithms to deliver a leap forward in accuracy and performance.

“Generation 2” navX2-MXP is a drop-in replacement for “Classic” navX-MXP, adding significant performance enhancements. See the Frequently Asked Questions (FAQ) for more information about navX2-MXP's new and enhanced capabilities.

The Remote Controller is optimized for use on many different platforms. USB and Bluetooth connections are possible. Includes a built-in gyroscope, accelerometer, and 3.5mm Stereo interface for headphones and microphones. The built-in battery has a 5 to 6 hour working time, and the charging time is 2 to 3 hours. Weight is 300g.

The Studica Servo Arm Extended can be used with the Multi Mode Servo, Multi Mode Servo 200, or most servos with a 25 Tooth gear.

Specifcations:

• Spline: 25 Tooth, 3.8mm deep
• Length: 56mm
• Width: 14mm
• Height: 7.8mm
• Material: 6061-T6 Aluminum
• Step File

The Studica Servo Arm can be used with the Multi Mode Servo, Multi Mode Servo 200, or most servos with a 25 Tooth gear.

Specifcations:

• Spline: 25 Tooth, 3.8mm deep
• Length: 33mm
• Width: 14mm
• Height: 7.8mm
• Material: 6061-T6 Aluminum
• Step File

The Studica Servo Hub Pro can be used with the Multi Mode Servo, Multi Mode Servo 200, or most servos with a 25 Tooth gear.

Specifcations:

• Spline: 25 Tooth, 3.8mm deep
• Height: 9mm
• OD: 30mm
• Material: 6061-T6 Aluminum
• Step File

The Studica 30T Servo 25T Spline Gear is used with the Studica Multi-Mode Smart Servo or Studica Multi-Mode Smart Servo 200.

The M3 x 10mm Low Profile Screw with Kep Nut is a 304 Stainless Steel m3 Din 7991 Countersunk Hex Socket Flat Head Screw with a matching Kep Nut. This package is made for the Slide Rail, 288mm Length, 180mm Stroke and the Slide Rail, 384mm Length, 240mm Stroke

Includes,

• 6 - M3 x 10mm Low Profile Screw
  • 304 Stainless Steel
  • M3
  • Din 7991
  • Counter sunk hex flat head
• 6 - Kep nut
  • M3
  • 304 Stainless Steel Base
  • 420 Stainless Steel Crown

Made of aluminum, the Studica Clamping Shaft Hub is used with flex and drive wheels 

Specifcation:

• Material: 6061-T6 Aluminum
• 6mm ID
• Hole pattern for connecting to structure
• Step File 

Studica Robotics Light Weight Shaft Hubs are used with the 6mm D shafts. They have a 5mm set screw for tight clamping and seven M3 tapped mounting holes.

Specifcation:

• Material: 6061-T6 Aluminum
• 6mm D Shaft ID
• M3 tapped hole pattern for connecting to structure
• Step File 

Used with Studica Omni and Mecanum wheels for a strong axel hold.

Specifications:

• Material: 6061-T6 Aluminum
• Color: Blue
• Step File

• Φ29.0mm*16.0mm thick
• 6*M3 thread tapping through
• (including 2*M3 thread for M3 SHCS)
• Φ6.0mm D hole
• AL6061-T6

Φ20.0mm*8.0mm thick
2*M3 thread for M3 SHCS
on the clamp side
Φ6.0mm D hole
AL6061-T6

ODΦ20.0mm*ID14.0mm
*3.0mm thick
8*Φ3.50mm holes
10pcs per pack
Delrin
Blue

The Studica Face Bearing Block can be mounted on any  Studica channel and bracket providing which will allow for a 6mm ID through hole for 6mm shafts (axles). It has a permanently installed Standard Sealed Bearing. Has 8 x M3 tapped through holes for easy mounting.

Made from aluminum and anodized in blue, the Studica Robotics 42mm Hinge with Bearings connects to the Studica structure hole pattern such as the channel, plates, and beams. The holes are 3.2mm diameter to use with the M3 screws. 

• Material: 6063 Aluminum
• Length: 42mm
• Width: 30.88mm
• Thickness: 3.5mm
• Hole diameter: 3.2MM

May be used with 6mm D-Shape Shaft to secure wheels in their position.

Step File

The Small Thrust Ball Bearing is used for vertical and axial loads to withstand heavy loads. These ball bearings have track grooves on the upper and lower track boards to reduce friction. Use these with structure for any hole where an axial load will be applied.

Specifications:

• Inner Diameter - 6mm
• Outer Diameter - 12mm
• Height - 4.5mm
• Material: Chrome Steel GCr15

Specifications:

• Material: 6061-T6 Aluminum
• Thickness: 12mm
• Step File

Specifications:

• Material: 6061-T6 Aluminum
• Thickness: 6mm
• Step File

The Studica Threaded Joiner Plate can be used to join two different structure components together, such as U Channel and brackets.

The Studica Threaded Pattern Plate can be used to join two different structure components together.

Rubber Grommets are made for the Studica Robotics channel and plates and/or any structure with a 14mm hole. Use it for protecting wire or as a bumper. 

Specifications:

• Outside diameter: 18mm
• Inside Diameter : 11mm
• Hole fitting diameter: 14mm
• Thickness: 9mm
• Step File

The Studica U-Channel Bumper is connected to the end of the Studica 48mm U-Channel and helps remove sharp corners that can cause damage when the robot is bumping into other objects. It also creates an ecstatically clean finish to your robot.

Made of Nylon, the Studica Rubber Foot is used with the Studica Robotics building structure and for many other uses.

The FTC Drive Base Kit - v2 provides all the materials you need to create a Mecanum chassis. It includes our innovative slim mecanum wheels with bearings on all rollers, allowing you to make a wider base robot. 4 NeveRest Orbital 20 Gearmotors with encoder cables, the new Clamping Shaft Hubs, 4 bumpers and complete hardware are included.

$499 for FTC teams!

The WorldSkills Lyon 2024 Mobile Robotics Collection, by Studica, is the authorized collection for the WorldSkills Mobile Robotics Competition in Lyon, France, 10-15 September 2024. This collection includes most of the items in the previous competition collection and has 28 new parts. The biggest change is the new 3D Depth Camera, the 360 Degree LiDAR which will bring the competition to the next level for Autonomous Mobile Robotics (AMR).

The Lyon 2024 Upgrade Pack can be added to the exisiting Shanghai/Bourdeaux Kit to make the WorldSkills Lyon 2024 Mobile Robotics Collection.

Download BOM