Autonomous Bathymetric USV

Over

2

Hours of Battery Endurance

Max Speed of

6

Meters Per Second

Maximum Payload of

30

Kilograms

Up To

200

Meter Sounding Range

Single Beam Echo Sounder Included

Detection Range: 0.15 m to 200 m

Resolution: 0.01 m

Accuracy: ± 0.01 m + 0.1% x Water Depth

Frequency: 200 KHz

Sound Velocity Adjustment Range: 1300 m/s to 1700 m/s

Beam Angle: 6.5 + 1 degree

Data Type: CHCNAV, NAME SDDPT/SDDBT, Original waveform

The D270 is a comprehensive package featuring the D270 controller, a transducer with an integrated temperature probe, and a mounting mast. Operating at 200 kHz, it can measure depths up to 200 meters. Ideal for river cross-section surveys and reservoir capacity assessments, the D270 wirelessly connects to a GNSS RTK receiver for precise bathymetric surveys. Its OLED display offers quick access to vital data such as voltage status, water depth, and GNSS tracking, while Bluetooth and Wi-Fi connectivity facilitate easy setup and efficient data transfer.

Tangle-Proof and Robust Motors

The Apache 3 PRO's high-efficiency DC-injected rotary motors spin up to 7,000 RPM allowing the Apache to navigate difficult weather conditions. The motors have an anti-collision design with a sealed straw cover and titanium alloy mesh for maximum durability.

Why The APACHE 3 PRO?

1.
One-Man Operation

The entire project including calibration, mission planning, and processing can be accomplished by a single person
The Apache 3 PRO is made of a durable yet lightweight mixture of carbon fiber and Kevlar fiber-glass weighing 7 kg allowing for easy transport
With no regulations for operating an USV, the Apache is quick and easy to use on any job
4G connectivity allows RC control at all times in large bodies of water

2.
High-Accuracy

The Apache integrates highly-accuracy GNSS and IMU sensors for accurate position and attitude. These sensors compensate for hull sway.
The Apache is capable of survey-grade accuracy with the D270 Echo Sounder
Maintain high-accuracy positioning even during temporary GNSS outages while passing under bridges and structures
Tight coupling of GNSS and INS data removes outliers and increases accuracy
Use any third-party GNSS receiver or NTRIP for PPK corrections

3.
Perfectly Straight Lines

Maintain straight lines in any weather condition
High-accuracy GNSS and INS coupling allow for survey-grade bathymetric surveys completely autonomous
Keep heading at any depth and environment inclduing shoals, channels, shallow rivers, and more