T-Mini Lidar Kit

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

Made of aluminum, the Studica Clamping 6mm D-Shaft Hub - v2 is used with flex and drive wheels 

Specifcation:

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

The Maverick 12V DC Gear Motor 61:1 w/Encoder was designed for strength and endurance. 
 

Specifications:

• Voltage:                      12V DC
• Amperage                   11A(full stall). Nominal operating current is 2.2A, at 12V it's 26.4W
• Wattage                      132W
• Length:                        134mm
• Gear Ratios:                 61:1
• Shaft Diameter:            6mm D-Shaft
• Diameter:                     37mm
• Stall Torque:                 50.5 kg-cm (702 oz-in)
• RPM:                             100
• Encoder:                       Hall effect/Quadrature, 6CPR, 1,464 pulse per revolution
• Weight:                          326 grams
• Power cable:                 PP45, 45cm, 14AWG
• Encoder Cable:             45cm, 22AWG 4-pin
• Step File

nominal so operating current is 2.2A so at 12V this would 26.4W

The 6mm ID Flanged Bearing fits any of the channel and flat brackets with the common hole pattern having a center hole of 14mm. The inside diameter will fit any of the D-Shaft axels.

• Quantity: 12
• Material: AISI440C stainless steel
• Sealed Type: ZZ metal shields
• Precision: ABEC-3
• Clearance: C0
• Lubrication:Kyodo SRL Grease
• ID (inner diameter)/Bore:6 mm
• OD (outer diameter): 14 mm
• OD of Flanged Size: 15 mm
• Width: 5 mm
• Thickness of Flange: 1 mm
• Step File

The Powerpole Extension Cable is 50cm long and 14AWG wire gauge to handle heavier loads.

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

Specifications:

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

The Multi-Mode Smart Servo 200 rotates at 200RPM. This angular programmable Servo can fill a variety of roles on your robot or project. In standard mode, it operates on a +/- 150-degree range. Using the Studica Smart Robot Servo Programmer (sold separately) the Multi-mode Smart Servo can be configured to run in continuous, standard, and custom angular mode. In continuous rotation mode, the servo will have proportional speed control based on the PWM signal that you send with your servo controller.  

• Step File