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FRC Build System
  • Overview and Features
  • General Info
    • Individual Components
    • SplineXL Bearing Blocks
      • Compatibility
    • Sliding Bearing Blocks
  • Assembly Instructions
    • Assembly
  • Misc
    • Changelog
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  • MotionX Compatibility
  • WCP Cam Compatibility
  • 20DP Gear Compatibility
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  1. General Info
  2. SplineXL Bearing Blocks

Compatibility

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Last updated 11 months ago

MotionX Compatibility

2" Bearing Block

All Clamping Bearing Blocks are compatible with parts that have the .

The 2" pitch spacing is widely compatible with a variety of products, making it easier for FRC teams to design and build their robots. Allowing for standard #10-32 hardware to be used.

This configuration allows teams to opt for 1" From Center gears for lightweight or high-speed gearboxes, prioritizing weight and size reduction.

Because of the 2" width of the block, the slot is open ended.

The highlighted holes allow for a #10-32 bolt and 3/8" OD spacer to be used with either 1" or 2" tubing with out creating any collisions.

2.5" Bearing Block

The 2" pitch spacing is widely compatible with a variety of products, making it easier for FRC teams to design and build their robots. Allowing for standard #10-32 hardware to be used.

This configuration allows teams to opt for 1" From Center gears for lightweight or high-speed gearboxes, prioritizing weight and size reduction.

The highlighted holes allow for a #10-32 bolt and 3/8" OD spacer to be used with either 1" or 2" tubing with out creating any collisions.

WCP Cam Compatibility

The 2.5" wide clamping bearing blocks are compatible with the WCP Cam (WCP-0882) in the 2" tall tube configuration, while all clamping bearing blocks are compatible with the Cam in the 1" tall tube configuration.

Minimum Cam Center Distance

Maximum Cam Center Distance

20DP Gear Compatibility

The Clamping Bearing Blocks can be used to make basic gear trains by stacking the blocks next to each other on any 2" tall tube.

The gear teeth for a center distance is calculated by adding the tooth count of both gears together. [Ex: 40 + 40 = 80]

The gear teeth for a center distance is calculated by adding the tooth count of both gears together. [Ex: 40 + 50 = 90]

The gear teeth for a center distance is calculated by adding the tooth count of both gears together. [Ex: 50 + 50 = 100]

Minimum Cam Center Distance
Maximum Cam Center Distance
MotionX Pattern