Remote water rescue drone sprinting across the sea toward a distressed swimmer
Response & Rescue · Water Rescue

Reach a drowning swimmer in seconds. Without a rescuer in the water.

For the sale of water rescue drones. Not an on-call emergency service.

Remotely operated surface water rescue robot, available to buy now — reaches up to 18 km/h, rights itself within two seconds if capsized, and keeps working even if it flips over. Built for coastlines, ports, open water and flood response.

18km/hTop speed (up to)
1,500mControl range (up to)
45minRuntime per charge (up to)
280kgPayload (up to)
What it does

Faster than any swimmer. Safer than any rescue.

Activated on water contact, the unit reaches up to 18 km/h on its way to the casualty. Distressed swimmers grip the buoyant hull and are towed back to safety without a single rescuer entering the water.

Rescue unit launched from a crewed boat
01

No rescuer in the water

The unit reaches the casualty — the rescuer stays safe on shore or on the vessel. Zero risk of a secondary drowning.

Rescue unit sprinting head-on toward a swimmer
02

Up to 18 km/h

A top speed of up to 18 km/h gets the unit to the casualty quickly across open water.

Rescue unit towing a swimmer through floodwater
03

Up to 280 kg payload

Carries up to 280 kg — enough to support a swimmer being towed back to shore.

Rescue unit upright and operating again after flipping over
04

Self-rights in 2 seconds & dual-side operation

If capsized, the unit rights itself within two seconds — and keeps working even if it flips over, with no interruption to the mission.

Who we serve

Every body of water. Every rescue scenario.

Tropical beach resort with lifeguard station
01

Beach Resorts & Hospitality

Coast Guard patrol boat at dusk
02

Coast Guard & Navy

Philippine ferry terminal with passengers boarding
03

Ports, Ferries & Harbors

Offshore oil platform at dusk
04

Offshore Energy & Industrial

LGU emergency responders coordinating a waterfront operation
05

LGUs & Emergency Services

Open-water sailing regatta with safety boats nearby
06

Open-Water Events & Regattas

The problem with the old way

Every second a swimmer struggles, the rescuer's risk doubles.

Traditional water rescue puts a second life in the water. Lifeguards, divers, and bystanders are pulled under by panicked swimmers every season.

A second life in the water

Every conventional rescue commits a rescuer to the same current, the same distance and the same panicked swimmer.

Distance and fatigue

Distance, fatigue, and currents compound the risk with every meter swum.

Line-of-sight coverage

Each guard covers only what they can see and reach on foot.

Boat-launch delay

Wading out or launching a craft costs the minutes that decide the outcome.

Key features & the numbers

Built for open-water response.

Remotely operated surface rescue platform — engineered for the harshest conditions any rescue team will face.

Rescue unit at speed approaching a swimmer
Top speed
18km/h

Up to

On the swimmer fast.

Rescue unit towing a swimmer toward the beach
Payload
280kg

Up to, per deployment

Rescue unit operating with the rescuer staying safe on shore
Rescuer exposure
0

Rescuers in the water

Operator controlling the rescue unit remotely from a pier
Control range
1,500m

Up to, from the operator

Rescue unit on a search during low-light conditions

Runtime

Runs for up to 45 minutes on a single charge, covering extended search and rescue windows.

Up to 45 min per charge
Rescue unit automatically correcting its course toward the casualty

GPS positioning

GPS positioning with automatic course correction keeps the unit tracking toward the casualty.

Automatic course correction
Rescue unit continuing to operate in the surf

Dual-side operation

Keeps working if it flips over — no interruption to the mission.

Works either side up
Rescue unit righting itself after capsizing

Self-righting

Rights itself within two seconds if capsized — back in the mission almost immediately.

2 seconds
Rescue unit powering on the moment it touches the water

Activation on water contact

Instant power-up the moment the hull touches water — no boot sequence, no delay.

On water contact
Skyline vs traditional

Skyline Water Rescue vs. traditional methods.

 
Skyline Water Rescue
Traditional method
Rescuer risk
Zero — operator stays on shore
High — secondary drowning risk
Top speed
Up to 18 km/h
Limited by swimmer fitness
Payload
Up to 280 kg
One swimmer at most
If it flips over
Self-rights in 2 seconds; dual-side operation keeps it working
Manual righting; mission lost
Control range
Up to 1,500 m
Line-of-sight from each guard
Runtime
Up to 45 min per charge
Limited by crew fatigue
Positioning
GPS with automatic course correction
Manual navigation only
Activation time
Instant on water contact
Boat launch / wade-out delay
Safety & compliance

Built to a documented SOP.

01

Dual-control redundancy

Operator can switch between remote and local control at any time — no single point of failure. Manual override available throughout mission. The unit also rights itself within two seconds if capsized.

02

GPS positioning

GPS positioning with automatic course correction keeps the unit on track to the casualty.

03

Manufactured by an equipment partner

The rescue platform is manufactured by an equipment partner.

How it works

From alarm to rescue in under a minute.

01

Deploy

A lifeguard, dispatcher, or bystander spots the emergency — the buyer's operator launches the unit from shore, pier, or vessel, with instant activation on water contact.

02

Drive to the casualty

The operator pilots the unit at up to 18 km/h, with GPS positioning and automatic course correction holding its track to the casualty.

03

Swimmer grips the hull

The distressed swimmer grips the buoyant hull — no rescuer ever enters the water.

04

Tow back

The operator tows the swimmer back to shore or the vessel, completing the rescue.

Ready to add a water rescue unit to your coastline?

Contact us to buy — we'll walk you through the specs and how it fits your site.

Contact Us to Buy