Torcia Superfire MX16 — potenza 600 lm, batteria ricaricabile integrata da 500 mAh, funzione di ricarica USB-C

The Superfire MX16 workshop flashlight is a compact, lightweight torch designed for everyday carry and workshop use. It delivers up to 600 lm brightness from a 9 W LED with a neutral white color temperature of 5800 K. The built-in 500 mAh rechargeable battery provides about 2 hours of operation and is charged via the included USB-C cable. The MX16 features an IP44 rating for splash resistance and a built-in bottle opener and handle for easy attachment to a backpack or bag.

Advantages

The flashlight combines high brightness and compact dimensions (61.2 x 45 x 21 mm) in a 42.9 g body made of aluminum alloy and ABS. Four selectable light modes (Turbe, Strong, Low, Strobe) let you adapt illumination to the task. Charging status is shown by an indicator: red while charging and green when fully charged. A Type-C charging interface and included USB-C/USB-A cable simplify recharging.

Key specifications

• Manufacturer: Superfire
• Model: MX16
• Dimensions: 61.2 x 45 x 21 mm
• Weight: 42.9 g
• Power: 9 W
• Light color: 5800 K
• Brightness: 600 lm
• Water resistance: IP44
• Battery capacity: 500 mAh
• Operating time: approximately 2 hours
• Charging interface: Type C (USB-C cable included)
• Material: Aluminum alloy + ABS
• Light modes: Turbe, Strong, Low, Strobe

How to use

Press the side button to switch the flashlight on and cycle through the four light modes until you reach the required setting. Charge the built-in battery with the supplied USB-C cable; the indicator will show red during charging and green when fully charged. Carry the flashlight in a pocket or attach it to a bag using the handle; the compact, lightweight design allows convenient transport.

Recommendations

Use the Superfire MX16 for workshop tasks, outdoor short trips, or as an everyday carry light. Avoid prolonged submersion despite the IP44 splash resistance and recharge the battery when the indicator shows low charge to maintain optimal performance.