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Poggy - Autonomous Underwater Vehicle

Unique mobility features for surveying and monitoring

EvoLogics’ Poggy AUV is a cutting-edge autonomous underwater vehicle designed for advanced surveying, marine exploration and monitoring.

Inspired by nature, Poggy’s innovative bionic design leverages Fin-Ray® technology to deliver unmatched mobility and control in underwater environments.

An underwater scene with a sunken aircraft and a Quadroin AUV resembling a penguin.
A small orange and black underwater drone or remote-controlled submarine floating upside down in clear blue water with sunlight above.
A yellow and white underwater drone floating beneath the water surface with a part of the drone visible above water and the sky in the background.
Surface communication module with Wifi, 868 MHz radio and GNSS
Combined automatically collapsible antenna increases endurance and communication range on the surface
Custom sensors payload
Payload capacity for various sensors and instruments
Fast and maneuverable at up to 5 m/s
The propulsion system includes 4 horizontal thrusters in X-shaped configuration
Small underwater robot with green lights, swimming in deep blue ocean.
A yellow, white, and black autonomous underwater vehicle or drone with propellers, floating in the deep blue ocean.
Two rescue workers in bright yellow waterproof gear standing on a dock, monitoring a robot submarine under icy water. The submerged robot has a white body and an orange top, and is operating below the surface while the rescue workers observe.
Three orange spherical robots with multiple propellers resting on a wooden dock by a foggy lake.
Underwater view of a sleek, modern submarine with a yellow and black exterior in deep blue ocean water.

Optimized for Survey Efficiency

With the ability to perform slow, steady glides and maintain desired roll angles, Poggy is designed to deliver consistent, hig-quality data for sonar imaging, bathymetric mapping and feature-specific analysis.

  • Fast and maneuverable at up to 5 m/s

  • Propulsed by 4 horizontal thrusters in X-shaped configuration

  • Automatically collapsible multifunctional antenna increases endurance and communication range at the surface

  • Surface communication module with WiFi, 868 MHz radio and GNSS

  • Built-in S2C M 18/34 "mini" modem with streamlined antenna cover for underwater communication and positioning

  • Payload capacity for various sensors and instruments

  • High-power flash lights for easy localization and recovery

Two small yellow inflatable boats floating on a deep blue body of water with clouds above, and the word 'QUADROIN' in the center.
Close-up of a large clear container filled with water, multiple cameras capturing different angles, some bright reflections on the water's surface, and a yellow object in the bottom left corner.
Underwater view of a submarine with a robotic arm reaching towards the surface, captioned 'Wide Range of Sonar Scanners'.
Underwater view of an autonomous swimming robot. The robot is white and orange with a streamlined body and propellers at its front. The water appears clear with visible bubbles.
Underwater view of an autonomous underwater vehicle (AUV) with a streamlined body, black nose, and a yellow top, depicted in clear water with some light reflections.
A person in a pink wetsuit is in the water with their head submerged near a colorful kayak. The kayak is mostly red with some green and teal lights visible on it, and it is partially submerged with the front end in the water. There is an orange banne
Underwater view of a sleek, white and yellow autonomous underwater vehicle with black thrusters, labeled 'Ladroin', descending into the ocean at a depth of 150 meters.
Underwater scene with a yellow and white drone or fish-shaped robot swimming in the ocean, leaving a trail of bubbles behind. The water is clear and blue, with a text overlay reading 'Endurance: 6-8 Hours' in the top left corner.
Underwater scene showing a drone launching a submerged robotic device with the text 'Ready for Swarm Operation' at the top.
A person wearing a yellow high-visibility jacket and pants is walking through a snowy field, pulling a black equipment case behind them.
A person standing on ice in front of a body of water, handling a robotic device with the brand 'Evo Logics' on it, used for drone operations on ice.
An onshore team member in high-visibility clothing working at multiple computer monitors inside a tent-like structure for mission planning.
Computer screen displaying a map of a lake and surrounding area with planning and navigation software for onshore team mission planning.
Person operating a remote control device over dark water with a submerged boat or object in the background, wearing a neon yellow jacket. The screen displays the text "LIVE DATA CONNECTION ON AND UNDER WATER."
Screenshot of a computer screen displaying a map of a lake with drone flight path data, including color-coded lines and informational panels, with a surrounding water background.
Person in a yellow jacket working at multiple computer monitors displaying maps, data, and code in a dark environment.
Underwater scene showing a partially submerged, weathered airplane wreckage on the ocean floor with a small yellow and white drone flying above it.
A landscape of canyons or cliffs with a body of water, viewed through a screen showing x-ray or thermal imaging. A red box labeled 'Plane' highlights an object in the sky resembling an airplane with a contrail.
Aerial view of a lake with overlay of drone flight paths in blue and yellow, and a navigation panel; orange banner says 'Object Detected'.
Underwater photograph of a weathered, environmentally damaged buoy lying on the ocean floor. The buoy is white with black square and rectangular markings, showing signs of corrosion and marine growth, with a dark blue background of the ocean.
A person works on a small, camera-equipped autonomous drone robot named Evo Robotics, on a workbench in a workshop, with a laptop and tools nearby.
Two rescue workers wearing yellow high-visibility suits are on a floating platform near the water, with one holding a device. Autonomous Underwater Vehicle, Evologics AUV BUVI Scandinavia
Three futuristic Autonomous Underwater Vehicle, Evologics AUV placed on a wooden dock by a misty lake.
A sleek, futuristic Autonomous Underwater Vehicle, Evologics AUV or submarine moving through deep blue ocean water, leaving a trail of bubbles behind.

Object recognition ·

Object recognition ·

Object recognition is an advanced feature for Sonobot USV and UUVs.

The AI-based system is an extra module that runs directly onboard the vehicle and analyses raw side-scan sonar or video camera output.

Read more

Specification Quadroin AUV

General
OPERATING DEPTH150 m
OPERATING SPEED up to 5 m/s
ENDURANCEover 10 h at 2 m/s (depending on installed payload)
Power
POWER SUPPLY internal rechargeable Li-Ion batteries
BATTERY CAPACITY1 kWh
CHARGING TIMEless than 6 hours
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UW COMMUNICATION AND POSITIONINGS2C M 18/34 acoustic modem, up to 13.9 kbit/s
NAVIGATIONGNSS, Nortek Nucleus1000 DVL with AHRS and INS, optional LBL positioning, underwater collision avoidance system (future option)
RADIO COMMUNICATIONWiFi 2.4 GHz, 863-870 MHz ISM modem (915 MHz available), GSM or Iridium optional
INTEGRATED AHRSIntegrated xSens MTi 30
ON-BOARD PCI.MX 6ULL single core ARM Cortex-A7, 792 MHz, 512 MB RAM, 64 GB memory (SD-card), EvoLogics AI module for high-end onboard computing
GNSSGPS, BDS, GLONASS, Galileo
Payload
PAYLOAD OPTIONSside-scan sonar, forward and down looking full HD underwater cameras, dimmable LED lights, object recognition hardware and software, ADCP, CTD, fluxgate magnetometer
PAYLOAD CAPACITY up to 3 kg
Size
DIMENSIONSlength 1120 mm, Ø 304 mm max.
WEIGHT in air/buoyancyless than 25 kg in air / buoyancy trimmable
Quadroin PDF

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