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FAQs

Torque against the fastener and free speed against how many there are, then body form against the access. Everything here runs a 1/4 inch hex drive so the bits are common across the range.

A pistol grip puts the hand behind the driver and gives push as well as turn, which helps starting a screw. A straight body lines up with the fastener and reaches into a recess a pistol grip cannot enter.

Enough to seat the fastener without stripping it. Forward torque is stated per tool, with the Sealey SA623 mini rated at 600lb.in, 67Nm. Where a screw has a specification, the listing figure is what it is checked against.

On repetition, yes. A high free speed driver runs a long screw down quickly before torquing it, which over a run of fasteners saves real time. Free speed is stated on 20 of the lines here.

1/4 inch hex across the whole leaf, which means bits are interchangeable between the tools here rather than tied to one body.

Drive size and weight on every line, with free speed on most. Weight is worth reading on a driver used continuously, since the difference shows over a run rather than over a single fastener.

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Every tool on this leaf runs a 1/4 inch hex drive, so the bits are common across the range and the decision moves straight to torque and speed. Torque sets what the driver will do to the fastener and free speed sets how quickly it gets there, and the two are stated together on the listing rather than one being implied by the other. A driver that stalls before the fastener seats is under-torqued for the job, whatever its speed figure says.

Body form is the access and endurance decision. A pistol grip puts the hand behind the driver and gives push as well as turn, which suits a screw being started. A straight body lines the driver up with the fastener and reaches into a recess a pistol grip cannot enter. Both forms run through the range at similar torque figures.

Speed matters on repetition rather than on a single screw. A high free speed driver runs a long screw down quickly and then torques it, which over a run of fasteners is the difference between a shift and a long shift. Free speed is stated on 20 of the 22 lines, with drive size and weight on all of them. Composite bodies keep the weight down on a tool that is held for a full run rather than a single screw.

The Chicago Pneumatic CP2136 and CP2141 sit alongside the CP2611 and CP2621 bodies, with PCL APT407 and APT408 and the Sealey SA58 pistol grip and SA623 mini composite at 600lb.in, 67Nm. Where a screw specification applies, the forward torque figure on the listing is the number to read. Anything unresolved goes over WhatsApp on 07754288583.

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FAQs

Torque against the fastener and free speed against how many there are, then body form against the access. Everything here runs a 1/4 inch hex drive so the bits are common across the range.

A pistol grip puts the hand behind the driver and gives push as well as turn, which helps starting a screw. A straight body lines up with the fastener and reaches into a recess a pistol grip cannot enter.

Enough to seat the fastener without stripping it. Forward torque is stated per tool, with the Sealey SA623 mini rated at 600lb.in, 67Nm. Where a screw has a specification, the listing figure is what it is checked against.

On repetition, yes. A high free speed driver runs a long screw down quickly before torquing it, which over a run of fasteners saves real time. Free speed is stated on 20 of the lines here.

1/4 inch hex across the whole leaf, which means bits are interchangeable between the tools here rather than tied to one body.

Drive size and weight on every line, with free speed on most. Weight is worth reading on a driver used continuously, since the difference shows over a run rather than over a single fastener.

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