Clutch Holding Tool - Locking Vise Type
Heavy-duty locking vise-style clutch holding tool for securing compatible inner clutch hubs, gears, sprockets, and flywheels during service. Also corresponds with Yamaha clutch holding tool YM-91042.
The K&L Clutch Holding Tool provides a secure way to hold rotating components during service. Its locking vise-style jaws are designed to hold compatible inner clutch hubs, gears, and sprockets while fasteners are loosened or tightened.
For flywheel service, pins located on the opposite side of the jaws provide an additional holding option. The tool is constructed from carbon steel with heat-treated jaws and a nickel finish for durability in professional motorcycle and powersports service environments.
Key Features
- Locking Vise Design: Provides secure holding force during removal and installation procedures.
- Multiple Holding Applications: Designed for compatible inner clutch hubs, gears, sprockets, and flywheels.
- Flywheel Holding Pins: Pins on the opposite side of the jaws provide an additional method for holding compatible flywheels.
- 130 mm Maximum Opening: Jaws open up to 130 mm (5 in.) for a broad range of compatible components.
- Heat-Treated Jaws: Designed for durability during repeated professional service use.
- Carbon Steel Construction: Durable construction with a nickel finish for workshop use.
Product Information
| Product Type |
Locking vise-style clutch holding tool |
| Primary Applications |
Inner clutch hubs, gears, sprockets, and compatible flywheels |
| Maximum Jaw Opening |
130 mm (5 in.) |
| Flywheel Holding |
Pins located on opposite side of jaws |
| Construction |
Carbon steel |
| Jaws |
Heat treated |
| Finish |
Nickel |
| Applications |
Compatible motorcycle, ATV, powersports, and general mechanical service |
| Yamaha Tool Reference |
YM-91042 |
| Yamaha OEM Reference |
90890-04086 / 90890-04199 |
| Yamaha Application |
Holding the clutch boss / inner clutch hub during clutch boss nut removal and installation |
| SKU |
35-6891 |
Application Note: Confirm the component can be held securely without damaging critical surfaces before applying torque. Use the flywheel holding pins only where they properly engage the serviced component.
