We currently ship to Spain, the EU and the UK.
USA shipping is not available.
Description
The OLIGHT Seeker 4 Pro is a high-output rechargeable torch built for serious outdoor use. Delivering up to 4600 lumens with a beam distance of approximately 260 metres, it is suited to night navigation, camp setup, search tasks, and general field use where reliable light output is essential.
The torch features a solid metal side switch with stepless brightness adjustment, allowing output to be controlled precisely depending on conditions. A built-in sensor helps regulate performance and manage heat during sustained high-output use.
The Seeker 4 Pro supports both magnetic charging (MCC system) and USB-C charging via its included charging case. The case also provides secure storage and transport protection, making it practical for vehicle kits or base camp setups.
Constructed with a robust aluminium body and rated IPX8 for water resistance, this torch is designed for repeated outdoor use in challenging weather.
Key features
- Maximum output of up to 4600 lumens
- Beam distance up to approximately 260 metres
- Stepless brightness adjustment via metal side switch
- Magnetic MCC charging and USB-C charging support
- Protective charging and storage case included
- IPX8 water resistance rating
- Rechargeable high-capacity battery system
Specifications
- Light output: Up to 4600 lumens
- Beam distance: Approx. 260 m
- Charging methods: Magnetic MCC and USB-C
- Water resistance: IPX8
- Body material: Aluminium alloy
- Light colour: Cool White
- Power source: Rechargeable battery
- Intended use: Camping, bushcraft, search tasks, night field use
Use & care
- Charge fully before first use
- Do not cover the lens during high-output operation
- Allow to cool before storage after prolonged high brightness use
- Store dry and keep charging contacts clean
Good to know
High-output torches generate significant heat at maximum settings. Lower brightness modes should be used when extended runtime is required. Always avoid directing high-intensity beams toward eyes or reflective surfaces at close range.