UNDERWATER VISION FOR ANGLERS

See your swim.

A powered underwater camera for anglers.

Scout the lakebed, inspect your rig and watch how fish really behave from the bank.

Designed for carp anglers. Built to show you what sonar cannot.

SwimScout underwater sled connected by umbilical to a bank-side controller and display.
SwimScout goes underwater. The controller, display and battery stay with you on the bank.

Sonar tells you something is there.

SwimScout lets you go and look.

See the spot

Inspect gravel, silt, weed, snags, margins and clear areas.

See the rig

Check how your hookbait and presentation actually sit on the lakebed.

See the fish

Watch carp approach, inspect, reject or feed around your presentation.

SwimScout scouting underwater beside carp while anglers watch the bank-side controller from the lake bank.

HOW IT WORKS

From bank to lakebed

BANKSINKING UMBILICALSWIMSCOUTRIG / FISH
01

Lower

Lower SwimScout into the swim using its sinking umbilical.

02

Explore

Use four reversible thrusters to lift, move, reverse and rotate.

03

Observe

Position the camera and inspect the lakebed, rig and fish behaviour.

04

Park

Settle SwimScout gently onto its snag-resistant skids and leave it watching the spot.

FISHING-FIRST DESIGN

Designed around the realities of carp fishing

Sinking umbilical

Designed to lie down behind SwimScout rather than floating through the water column where a hooked fish could encounter it.

Top-mounted lift thrusters

Current prototype architecture lifts the sled clear of the lakebed while aiming to minimise silt disturbance.

Snag-resistant sled

Curved skids and guarded thrusters are designed to ride over weed, branches and uneven ground.

Slight positive buoyancy

SwimScout itself is designed to float if separated from its ballast and tether.

Sacrificial fishing lead

Standard fishing leads clip to the ballast system using the lead's existing swivel.

Infrared night vision

Soft IR emitters give the camera a night mode without lighting up the swim or spooking feeding fish.

Emergency recovery

A planned emergency command releases the sacrificial ballast and umbilical so SwimScout can rise independently.

Recovery beacon

An independent beacon is planned to help locate SwimScout after an emergency surface.

MOVEMENT

Four reversible thrusters, simple control

2

Vertical reversible thrusters

Lift / descend

1

Left horizontal reversible thruster

Forward / reverse / steering

1

Right horizontal reversible thruster

Forward / reverse / steering

Differential thrust is intended to let SwimScout rotate on the spot without making untested claims about speed or thrust.

MODULAR SYSTEM

One sled. Build it your way.

SwimScout Core

Thrusters, tether, camera mounting and basic control.

Pan / Tilt

Look around the swim without moving the whole sled.

Camera Lift

Raise the viewpoint above weed or obstacles.

Recover

Emergency release, sacrificial lead and beacon.

IR Night Vision

Infrared illumination for low-light viewing, designed to be invisible to fish.

Camera adapters

Support different underwater fishing cameras.

Future modules

Sonar, environmental sensors and other accessories.

The Core sled is designed to be useful by itself, then accept additional modules later without replacing the whole modular underwater camera drone.

PLANNED RECOVERY SYSTEM

Designed to come back up.

The current prototype architecture uses a sacrificial lead, planned emergency release and independent recovery beacon to reduce the risk of losing the sled during difficult swims.

Labelled SwimScout technical overview showing thrusters, umbilical tether exit, camera, infrared night vision emitters, release system, buoyancy, beacon, skids and sacrificial lead.

BANK-SIDE ARCHITECTURE

Everything important stays with you

BANK

Battery

Controller

Camera display

Fuse / safety controls

SINKING UMBILICAL

Power

Control

Video

SWIMSCOUT

Thrusters

Camera

Movement systems

For the prototype, we are investigating commercially available 18-24V components and standard removable power-tool battery systems.

PROTOTYPE STATUS

Built at the bank. Tested in the water.

SwimScout is currently in prototype development. We are building and testing the propulsion, tether, camera positioning and recovery systems before moving toward production.

  1. Concept
  2. Component testing
  3. Pond prototype
  4. Field trials
  5. Production design

FISHING INSIGHT

Spot the signs. Be ready for the take.

Observe how fish behave towards your rigs, understand how your setup works underwater and optimise your presentation to land more fish. Infrared night mode helps you keep watching in low light without blasting the swim with visible light.

Angler reacting to a strong take beside a lake with the SwimScout bank-side controller open nearby.

REGISTER INTEREST

Help shape SwimScout

We are looking for anglers interested in prototype trials, product updates and early access.

No spam. Just meaningful prototype and launch updates.

This prototype site currently opens your email app so you can send the details directly.