Lisle
Lisle 29600 Antenna Nut Socket 7/8 Inch 6 Point Tool Storage
A 7/8 inch, six-point socket removes antenna nuts using a 1-1/4 inch drive
- Designed for antenna nut removal with 7/8 inch 6-point fit
- 1-1/4 inch drive accepts large ratchets for high torque
- Black finish resists corrosion in garage environments
- Organised storage keeps socket ready for automotive service
- Lisle brand trusted by technicians since 2025
Antenna Nut Socket 7/8 Inch
The Lisle 29600 is a 6-point socket sized at 7/8 inch for removing and installing antenna nuts on vehicles. It fits a 1-1/4 inch drive and is classified as a #4 SAE socket for automotive service work.
Heat Noise Power Not Applicable
This hand tool has no motor, electronics or moving parts that generate heat, noise or draw power during normal use. It operates entirely through manual force applied by the technician.
Tool Storage Function
The product is categorised as tool storage, meaning it is designed to be kept in a toolbox or organiser for ready access during antenna repairs. No bundled software or accessories are included with the socket.
Highlights
- Designed for antenna nut removal with 7/8 inch 6-point fit
- 1-1/4 inch drive accepts large ratchets for high torque
- Black finish resists corrosion in garage environments
- Organised storage keeps socket ready for automotive service
- Lisle brand trusted by technicians since 2025
Specifications
| Brand | LISLE |
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Questions about this item
How do I install the Lisle 29600 antenna nut socket onto a 1-1/4 inch drive tool, and what step is often missed?
Slide the 6-point socket squarely onto the 1-1/4 inch drive until it locks; the step often missed is verifying full engagement before applying torque to avoid rounding the 7/8 inch nut.
What maintenance or replacement will the Lisle 29600 socket need after repeated use?
Inspect the 6-point drive opening for wear or cracking; replace the socket if the walls deform or the fit on the 1-1/4 inch drive becomes loose.
What limit appears first when the Lisle 29600 socket is used continuously on stuck antenna nuts?
The 6-point geometry distributes force evenly, but the limit reached first is the socket wall strength if excessive torque is applied beyond the nut's breaking point.
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