
Compare
Belts are more compact when the load allows. Compare GT2 and HTD below. GT2 · HTD
| GT2 2mm | HTD 5mm | ChainThis page | |
|---|---|---|---|
| Strength | Fair | Good | Amazing |
| Weight | Amazing | Good | Fair |
| Efficiency | Amazing | Good | Good |
| Best for | FTC intakes, shooters, elevators, and other light, high-efficiency loads | FTC drivetrains, elevators, and arms; FRC intakes and elevators | Almost anything if you can take the extra weight and bulk |
| Notes | Compact. Closed-loop, so you pick a tooth count. | Compact. Higher load than GT2. | Cut any length with a chain tool. Heavier and less compact than belts. |
What fits
SWYFT Tools
Chain center-to-center calculator
Solve CTC for #25, #35, or 8mm chain, or pick the nearest even / half-link count.
Center to center
3.099 in
Belt and chain math from Recalc (reca.lc) by Justin Tervay, MIT License.
| Size | SKU | Style | Bore | Material | STEP | Drawing |
|---|---|---|---|---|---|---|
| 9T | SR-SPROCKET-#25-9T-7mmHEX-PINION-01 | Hub | 7mm hex | 4140 steel | STEP | |
| 9T | SR-SPROCKET-#25-9T-SPLINE-PINION-01 | Hub | 15T SplineXS | 4140 steel | STEP | |
| 11T | SR-SPROCKET-#25-11T-HEX-01 | Hub | 1/2" hex | 4140 steel | STEP | |
| 14T | SR-SPROCKET-#25-14T-HEX-01 | Hub | 1/2" hex | 4140 steel | STEP | |
| 18T | SR-SPROCKET-#25-18T-HEX-01 | Hub | 1/2" hex | 4140 steel | STEP | |
| 22T | SR-SPROCKET-#25-22T-PLATE-01 | Plate | 14mm round | 7075 aluminum | STEP | |
| 32T | SR-SPROCKET-#25-32T-PLATE-01 | Plate | 14mm round | 6061 aluminum | STEP | |
| 40T | SR-SPROCKET-#25-40T-PLATE-01 | Plate | 14mm round | 6061 aluminum | STEP | |
| 48T | SR-SPROCKET-#25-48T-PLATE-01 | Plate | 14mm round | 6061 aluminum | STEP | |
| 54T | SR-SPROCKET-#25-54T-PLATE-01 | Plate | 14mm round | 6061 aluminum | STEP | |
| 60T | SR-SPROCKET-#25-60T-PLATE-01 | Plate | 14mm round | 6061 aluminum | STEP | |
| 72T | SR-SPROCKET-#25-72T-PLATE-01 | Plate | 14mm round | 6061 aluminum | STEP |
Also See: Bearings
Also See: SWYFT Axles
Also See: Axle Adapters
Also See: SWYFT Shaft Collars
Motion