DeepSea’s Micro SeaLaser is a laser for underwater scaling, rangefinding, and aiming that utilizes a 635 nm and <5 mW semiconductor laser diode at depths up to 6,000m. The powerful beam output provides visibility at greater distances than less powerful lasers. Mounted in parallel, two Micro SeaLasers add scale to video or photographic images in the form of two brilliant dots or lines separated by a known distance.
Up to 25-hour mission duration
Speeds up to 4.2 knots
Increased module payload capacity
Search and recovery
Hydrography
Deep sea mineral exploration
Marine & Fisheries research
DeepSea Power & Light's LED SeaLite meets the demands for the market challenges of today. This subsea light emits up to 10,000 lumens and is available in multiple LED, beam...
Read moreDeepSea Power & Light's Multi SeaLite is their most popular halogen light and has been in production for over 20 years.
Read moreBlueZone Group has supplied DeepSea Power & Light products to many projects in the Offshore Oil and Gas, Oceanographic and ROV markets. DeepSea Power & Light was founded in 1983...
Read moreG’day, Global Navies: Australia’s BlueZone Group Makes a Splash at Farnborough
The Value of Australian Representation at Global Defence Events- Reflections from CNE 2026 BlueZone Group hit the ground running at the Combined Naval Event in Farnborough 2026, bringing a distinctly...
Read MoreBeyond Line-of-Sight: Seebyte Enabling Over-the-Horizon Autonomy with USV Relay Architectures
As maritime operations push further into contested and communications-limited environments, the ability to project capability beyond the horizon is becoming a defining advantage of modern naval forces. For decades, underwater...
Read MoreHandheld Control, Mission-Ready: ArtemisHHC Redefines Underwater ROV Operations
The introduction of Blueprint Subsea’s ArtemisHHC (Handheld Controller) marks a significant step forward in underwater operational capability for divers operating within defence and specialist maritime environments. Officially launched at SOF...
Read More