Ratchets & Sockets

● Uses AMBAC system (PAT.), a mechanism to prevent pins from falling out. ●Replacement pins and rings are available.

1/2in Sq. T-Type Torx Bit Socket, T30

3/8in Sq. T-Type Long Torx Bit Socket

● Uses AMBAC system (PAT.), a mechanism to prevent pins from falling out. ●Replacement pins and rings are available.

1/2in Sq. Wobble Extension Bar, 150mm

Uses a power fit shape that prevents stress from concentrating on the bore and insertion angle to prevent damage to the edges of bolts and nuts, allowing for more reliable tightening and loosening work.

1/4in Sq. Extension Bar, 270mm

Uses a power fit shape that prevents stress from concentrating on the bore and insertion angle to prevent damage to the edges of bolts and nuts, allowing for more reliable tightening and loosening work.

3/8in Sq. Long Hex. Bit Socket, 04mm

● Uses AMBAC system (PAT.), a mechanism to prevent pins from falling out. ●Pins and rings are sold separately.

Uses a power fit shape that prevents stress from concentrating on the bore and insertion angle to prevent damage to the edges of bolts and nuts, allowing for more reliable tightening and loosening work.

● Uses AMBAC system (PAT.), a mechanism to prevent pins from falling out. ●Replacement pins and rings are available.

3/8in Sq. Hex. Bit Socket, 3/8in

1/2in Sq. Long Hex. Bit Socket, 7/32in

Uses a power fit shape that prevents stress from concentrating on the bore and insertion angle to prevent damage to the edges of bolts and nuts, allowing for more reliable tightening and loosening work.

● Uses AMBAC system (PAT.), a mechanism to prevent pins from falling out. ●Replacement pins and rings are available.

Uses a power fit shape that prevents stress from concentrating on the bore and insertion angle to prevent damage to the edges of bolts and nuts, allowing for more reliable tightening and loosening work.

3/8in Sq. Long T-Type Torx Bit Socket For Tamper Resistant Fasteners, T55

1/4in Sq. Long Ball Point Hex. Bit Socket, 3/16in

Uses a power fit shape that prevents stress from concentrating on the bore and insertion angle to prevent damage to the edges of bolts and nuts, allowing for more reliable tightening and loosening work.