VASTOOLS Torque Angle Meter – 1/2-inch Drive Wrench Gauge with 14-inch Flexible Arm

The VASTOOLS Torque Angle Meter helps technicians apply bolts with controlled rotation, capturing precise angles rather than relying on torque alone. Built for reliability, it provides a clear way to track angle as you tighten, supporting more predictable results in mechanical maintenance, automotive work, and equipment assembly. This tool complements a torque wrench by adding a useful angle reference, empowering you to work with added confidence in demanding setups.

Key features are designed for real-world tasks. The 14-inch flexible clip arm reaches into tight or awkward spaces, while the 0°–360° range gives you full freedom to set the exact angle before final tightening. The 1/2-inch male and female square drives ensure compatibility with standard fasteners, and the CR-V steel construction offers durability through frequent use. When you finish an angle, you can easily zero the meter for the next application, helping you stay organized during busy projects.

What makes it useful

• For tightening bolts by angle rotation, giving you deliberate control over each fastener.
• Reach designed and tested to access fasteners in difficult work areas with the flexible arm.
• 0°–360° range enables precise angle setting before torque is applied.
• 1/2-inch drives on both ends support common drive configurations in workshops.
• Simple zeroing process helps you prepare for the next application without leftover readings.

Practical applications and build

• Durable CR-V steel construction stands up to daily use in automotive, fabrication, and maintenance tasks.
• 14-inch flexible arm facilitates alignment in tight spots, such as engine bays or equipment frames.
• Clear, readable indicators support quick checks during assembly lines or home workshop projects.

Whether you’re aligning critical fasteners in a tight workspace or adding a reliable angle reference to your toolkit, this torque angle meter complements your workflow with practical flexibility. It presents possibilities for more controlled tightening without promising specific results.