Flashlight Makita ML001G 1 pc

The Makita ML001G is a 40V max XGT L.E.D. flashlight designed to provide reliable, high-quality illumination for demanding jobsite and everyday tasks. The compact lamp uses four high-luminance LEDs to produce 160 lumens and is powered by the 40V max XGT battery system (battery sold separately). A 12-position pivoting head and a metal hang-hook increase placement options and on-site usability.

Advantages

The ML001G delivers long run time — up to 55 hours of continuous illumination when used with a 40V max XGT 4.0Ah battery (sold separately). Its 12-position pivoting head enables accurate light direction while the metal hang-hook provides secure temporary mounting. Designed for the XGT platform, the flashlight benefits from high-voltage lithium-ion power and durable construction suited to professional environments.

Suitable for

• Construction and renovation sites
• Automotive and mechanical work
• Outdoor tasks and emergency lighting
• Inspection and detailed assembly work

Key specifications

• Model: Makita ML001G
• Light source: 4 high-luminance L.E.D.
• Light output: 160 lumens
• Power system: 40V max XGT lithium-ion (battery sold separately)
• Run time: up to 55 hours with XGT 4.0Ah battery (sold separately)
• Head: 12-position pivoting head
• Accessory: metal hang-hook included
• Brand: Makita
• MPN: ML001G
• EAN: 0088381730167

How to use

Attach a compatible 40V max XGT battery to the flashlight according to the battery insertion guide, then switch the light on. Adjust the 12-position pivoting head to set the desired beam direction. Use the metal hang-hook to suspend the flashlight from a suitable support when hands-free illumination is required. Follow battery manufacturer instructions for charging and safe handling.

Usage recommendations

Use the ML001G with Makita 40V max XGT batteries for optimal performance; always confirm battery compatibility and use the recommended charger. Store the flashlight and batteries in a dry environment and avoid exposing the unit to extreme temperatures to prolong service life.