105° Right-Angle Access for Tight Spaces
The ultimate manual and power drill adapter designed to drive or remove screws in hard-to-reach corners, deep cabinet angles, and narrow blind spots.
105° Offset Angle Design
Redirects your drill power at a precise 105° angle, allowing you to access narrow crevices and corners where standard straight drills are blocked or cannot reach.
Flexible Dual-State Options
Choose between the compact short style (60mm) for extremely tight clearance, or the long style (140mm) featuring a removable L-shaped multi-hole handle for extra hand support and high-torque control.
Standard Magnetic Hex Socket
Equipped with a built-in strong magnetic ring that securely locks standard 1/4-inch hex screwdriver bits in place, ensuring they never slip or drop during operation.
Product Specifications
| Adapter Angle | 105° Fixed Angle |
| Interface Type | Standard 1/4 inch (6.35 mm) Hex Socket (Magnetic) |
| Drive Shank | Standard 1/4 inch (6.35 mm) Hex Shank |
| Hole Depth | 12 mm (0.5 in) |
| Body Diameter | 23 mm (0.9 in) |
| Head Width | 32 mm (1.3 in) |
| Short Style Dimensions | Length: 60 mm (2.4 in), Weight: 83 g (2.9 oz) |
| Long Style Dimensions | Length: 140 mm (5.5 in), Weight: 123 g (4.3 oz) |
| L-Handle | Removable (Included on Long Style only; Short Style does not include handle) |
Frequently Asked Questions
🔧 Can this right-angle adapter be used with standard power drills?
Yes. The adapter is equipped with a standard 1/4-inch hex drive shank that fits securely into most standard electric drills, impact drivers, and hand screwdrivers.
🔧 What is the difference between the short style and long style?
The short style (60mm) has a very small profile, making it ideal for extremely tight clearance. The long style (140mm) features a removable L-shaped handle that provides manual stabilizing grip during high-torque work.
🔧 Does it keep the screwdriver bits securely locked in place?
Absolutely. The inner hex socket has an integrated strong magnetic ring that holds standard bits firmly, keeping them from dropping when working in overhead or awkward angles.