Description
Characteristics
Description
SWYFT Drive V2 Frame Kit is a highly integrated and robust drive chassis system for FTC robots from SWYFT Robotics, allowing you to build a powerful and compact drift system with maximum maneuverability and speed.
Key Features:
- Ultra-compact design: Maximum space for placing other robot components.
- Integrated system: Includes an 86mm wheel, SWYFT Spike motor, and all-metal gearbox for high performance.
- Optimized wheel: 40A TPE rubber rollers with nylon core for excellent clutch.
- Speed and Powerful: Top speed of 6.4 ft/s, motor 6000 RPM at 12V, providing acceleration and maneuverability.
- Precision Gearing: Gear ratio 12.7:1 for optimal balance of speed and torque.
- Rugged Metal Gearbox: Pinions 4140 steel, ring gear 6061 aluminum for durability and reliable operation.
- Massive Bearings: 40x50x6 mm for smooth wheel rotation.
- Universal Mounting: M4 holes front and M3 holes rear for flexible integration into designs robot.
- Lightweight modules: Each module (motor + wheel + gearbox) weighs 575 g.
- V2 Frame Kit: All channel extrusions, fasteners, and tools to assemble a complete chassis without the need for custom plates, supporting different drive configurations and chassis heights.
Package Contents:
- Channel extrusions and steel plates for the chassis
- Drive modules (optional): SWYFT Drive V2 modules with motor, wheel, and gearbox
- Tools and consumables: Grease, Loctite for assembly
Materials:
- Gears Pinion and Planet: 4140 steel 6061 aluminum Wheel Rollers 40A TPE rubber, nylon core Aluminum Components 6061 aluminum Chassis Channels and Plates Steel and Aluminum ul SWYFT Spike Motor (SR-MOTOR-DC-01) Specifications 9.2A
- Maximum Torque: 1.47 kg·cm
- Type: 550 Motor
- Encoder: 2 Channel Quadrature, 28 PPR, 3.3V or 5V compatible
- Motor Power Connector: JST VH 2-Pin
- Encoder Connector: JST XH 4-Pin
Compatibility: Fully compatible with FTC robots, supports different chassis sizes and drive configurations.
Characteristics
Brand
SWYFT
FIRST category
FIRST ® Tech Challenge
Previously viewed
