The AVID Smart-Torq Adjustable Torque Limiter & X3 Driver Kit delivers precision torque control for firearm assembly and maintenance tasks. This professional-grade toolkit prevents over-tightening while ensuring consistent, repeatable torque values across scope mounts, rail systems, and action screws.
What Makes This Different
Unlike fixed-torque tools, the Smart-Torq system features adjustable settings from 15 to 65 inch-pounds, covering the full range of firearm fastener specifications. The audible and tactile click mechanism provides immediate feedback when the preset torque value is reached. The included X3 driver system accommodates multiple bit types through a quick-change interface, eliminating the need for separate tools.
Key Features
- Adjustable torque range: 15-65 inch-pounds in 5 inch-pound increments
- Audible click and tactile feedback at preset torque values
- X3 quick-change driver system with magnetic bit retention
- Includes hex bits: 1/8", 5/32", 3/16", 7/32", 1/4", 5/16"
- Phillips and flathead driver bits for versatile applications
- Precision-machined aluminum construction with anodized finish
- Compact storage case with foam insert organization
The Smart-Torq system excels in precision rifle builds where consistent scope mount torque prevents shifting under recoil. Competition shooters rely on the repeatable torque values for action screw tensioning, while gunsmiths appreciate the time savings during assembly work. The tool maintains accuracy across temperature ranges and repeated use cycles.
Technical Specs
- Torque Range: 15-65 inch-pounds (1.7-7.3 Nm)
- Accuracy: ±4% of set value
- Driver Length: 6.5 inches overall
- Handle Material: Anodized aluminum with knurled grip
- Bit Storage: Integrated magnetic holder in handle
- Case Dimensions: 8" x 6" x 2" molded polymer
- Weight: 12 oz complete kit
- Calibration: Factory calibrated, recalibration recommended every 5,000 cycles
Professional gunsmiths and serious enthusiasts recognize the Smart-Torq kit as essential equipment for proper firearm assembly. The investment in precision torque control protects expensive optics and ensures reliable performance when accuracy matters most.