The torque wrench offers precise torque control from 10 to 150 in-lb (1.1–16.9 N·m) ideal for fine mechanical and assembly work.
| Size | Drive Size: 1/4 in., Torque Range: 10–150, in.-lb. (1.1–16.9 N·m), Dimensions: 10.75 x 1.81 x 1.77 in. |
| Weight | 2.05 lbs |
| Material | Alloy Steel |
| Packaging Style | Plastic Box |
| Color | Black/Red/Silver |
Ideal for automotive repair and maintenance,
ensuring bolts and fasteners are tightened to
precise specifications.
Commonly used in bicycle and motorcycle
assembly to prevent over-tightening or
damage to components.
Suitable for small engine repairs and
mechanical equipment servicing where
controlled torque is required.
Used in industrial and workshop settings for
accurate calibration and assembly work.
Helpful in electronics and precision
engineering for fastening delicate parts with
consistent torque levels.
Great for DIY enthusiasts and professional
mechanics who need reliable torque
accuracy for detailed tasks.
Automotive
Industrial
Maintenance
Manufacturing
Workshops
| Size | Drive Size: 1/4 in., Torque Range: 10–150, in.-lb. (1.1–16.9 N·m), Dimensions: 10.75 x 1.81 x 1.77 in. |
| Weight | 2.05 lbs |
| Material | Alloy Steel |
| Packaging Style | Plastic Box |
| Color | Black/Red/Silver |
Ideal for automotive repair and maintenance,
ensuring bolts and fasteners are tightened to
precise specifications.
Commonly used in bicycle and motorcycle
assembly to prevent over-tightening or
damage to components.
Suitable for small engine repairs and
mechanical equipment servicing where
controlled torque is required.
Used in industrial and workshop settings for
accurate calibration and assembly work.
Helpful in electronics and precision
engineering for fastening delicate parts with
consistent torque levels.
Great for DIY enthusiasts and professional
mechanics who need reliable torque
accuracy for detailed tasks.
Automotive
Industrial
Maintenance
Manufacturing
Workshops
| Size | Drive Size: 1/4 in., Torque Range: 10–150, in.-lb. (1.1–16.9 N·m), Dimensions: 10.75 x 1.81 x 1.77 in. |
| Weight | 2.05 lbs |
| Material | Alloy Steel |
| Packaging Style | Plastic Box |
| Color | Black/Red/Silver |
Ideal for automotive repair and maintenance,
ensuring bolts and fasteners are tightened to
precise specifications.
Commonly used in bicycle and motorcycle
assembly to prevent over-tightening or
damage to components.
Suitable for small engine repairs and
mechanical equipment servicing where
controlled torque is required.
Used in industrial and workshop settings for
accurate calibration and assembly work.
Helpful in electronics and precision
engineering for fastening delicate parts with
consistent torque levels.
Great for DIY enthusiasts and professional
mechanics who need reliable torque
accuracy for detailed tasks.
Automotive
Industrial
Maintenance
Manufacturing
Workshops
| Size | Drive Size: 1/4 in., Torque Range: 10–150, in.-lb. (1.1–16.9 N·m), Dimensions: 10.75 x 1.81 x 1.77 in. |
| Weight | 2.05 lbs |
| Material | Alloy Steel |
| Packaging Style | Plastic Box |
| Color | Black/Red/Silver |
Ideal for automotive repair and maintenance,
ensuring bolts and fasteners are tightened to
precise specifications.
Commonly used in bicycle and motorcycle
assembly to prevent over-tightening or
damage to components.
Suitable for small engine repairs and
mechanical equipment servicing where
controlled torque is required.
Used in industrial and workshop settings for
accurate calibration and assembly work.
Helpful in electronics and precision
engineering for fastening delicate parts with
consistent torque levels.
Great for DIY enthusiasts and professional
mechanics who need reliable torque
accuracy for detailed tasks.
Automotive
Industrial
Maintenance
Manufacturing
Workshops
| Size | Drive Size: 1/4 in., Torque Range: 10–150, in.-lb. (1.1–16.9 N·m), Dimensions: 10.75 x 1.81 x 1.77 in. |
| Weight | 2.05 lbs |
| Material | Alloy Steel |
| Packaging Style | Plastic Box |
| Color | Black/Red/Silver |
Ideal for automotive repair and maintenance,
ensuring bolts and fasteners are tightened to
precise specifications.
Commonly used in bicycle and motorcycle
assembly to prevent over-tightening or
damage to components.
Suitable for small engine repairs and
mechanical equipment servicing where
controlled torque is required.
Used in industrial and workshop settings for
accurate calibration and assembly work.
Helpful in electronics and precision
engineering for fastening delicate parts with
consistent torque levels.
Great for DIY enthusiasts and professional
mechanics who need reliable torque
accuracy for detailed tasks.
Automotive
Industrial
Maintenance
Manufacturing
Workshops
All your technical queries will be addresses by your Technical Expert

