AUTOOL Two-Way Articulating Borescope with Light 6.35mm

AUTOOL Two-Way Articulating Borescope with Light 6.35mm

See inside hard-to-reach areas without unnecessary dismantling.

The AUTOOL 6.35mm Two-Way Articulating Borescope gives technicians a clear, non-destructive way to inspect areas that would otherwise require dismantling. The slim camera probe can be steered in two directions through up to 210°, allowing the lens to be aimed around internal components rather than simply looking straight ahead. It is particularly useful for engine, intake, cylinder, pipework and other confined mechanical inspections where direct visibility is limited.

Why This Tool Is Useful

• Inspect internal components without unnecessary dismantling, helping reduce diagnostic time and workshop labour.
• Two-way articulation lets the technician actively steer the camera around components instead of relying on a fixed straight-ahead view.
• 6.35mm camera diameter allows access into confined automotive and mechanical areas.
• 1080P HD camera supports detailed visual inspection and one-touch photo or video capture.
• Six integrated LED lights with three brightness levels illuminate dark cavities and internal components.
• IP67-rated camera/lens construction supports inspection in wet working environments.
• 1-metre flexible metal probe provides useful reach while retaining directional control.
• Designed for automotive repair, mechanical inspection and preventative diagnosis.

Specifications

• Camera diameter: 6.35mm.
• Articulation: Two directions, up to 210°.
• Camera resolution: 1080P HD.
• Depth of field: 20–100mm.
• Viewing angle: 70°.
• Probe length: 1 metre.
• Probe material: Flexible metal hose.
• Lighting: 6 LED lights with 3-level brightness adjustment.
• Camera/lens protection: IP67.
• Operating environment: -10°C to 80°C.

Typical Applications

• Engine cylinders and combustion areas.
• Intake valves and intake passages.
• Pipework and internal cavities.
• Areas behind or around components where direct line-of-sight inspection is difficult.