The Naviator's flexibility makes oceanic exploration faster and less expensive, free of costly weather-based delays that plague other vessels.
SubUAS engineers re-imagined and reengineered every aspect of drone technology to build aerial systems that can go underwater and withstand rough seas, high winds, and other challenging conditions.
The Naviator's flexibility makes oceanic exploration faster and less expensive, free of costly weather-based delays that plague other vessels.
SubUAS engineers re-imagined and reengineered every aspect of drone technology to build aerial systems that can go underwater and withstand rough seas, high winds, and other challenging conditions.
HD Camera, infrared and sonar detection options available 
10 mile communication range 
Fly missions of up to 120 minutes underwater, 45 minutes airborne 
Operates at depths of up to 1000ft underwater 
AWS platform for data performance and reliability Our smallest model, ideal for short range missions in small, hard to reach places.
| Footprint (stored) | 1ft x 1ft x 0.25ft |
| Footprint (deployed) | 1ft x 1ft x 0.5ft |
| Weight | 5lbs |
| Endurance | up to 25 mins |
| Range | up to 3.75 miles |
| Payload | 2lbs |
| Radios/Frequency | L-Band, S-Band, C-Band (selectable radio/frequency) |
| Max Flight Speed | 40 mph |
Our most popular model, incredibly versatile and ideal for most missions.
| Footprint (stored) | 2ft x 2ft x 1ft |
| Footprint (deployed) | 3ft x 3ft x 2ft |
| Weight | 20lbs |
| Endurance | up to 50 mins |
| Range | up to 5 miles |
| Payload | 5lbs |
| Radios/Frequency | L-Band, S-Band, C-Band (selectable radio/frequency) |
| Max Flight Speed | 40 mph |
Our most popular model, incredibly versatile and ideal for most missions.
| Footprint (stored) | 4.5ft x 4.5ft x 2ft |
| Footprint (deployed) | 6ft x 6ft x 3ft |
| Weight | 54lbs |
| Endurance | up to 70 mins |
| Range | up to 10 miles |
| Payload | 15lbs to 70lbs (different variants) |
| Radios/Frequency | L-Band, S-Band, C-Band (selectable radio/frequency) |
| Max Flight Speed | 40 mph |
For The Naviator Team, beyond the many awards and recognition for their innovative design and engineering, the ultimate achievement is breakthrough value creation enabled by the platform.
Given a relatively small size, weight, and cost, as well as flexible configuration of inspection technology, The Naviator will be the platform of choice when the combination of airborne and undersea use is required.
For the mechanical, aerospace, fluid dynamics engineers, designers, and developers behind The Naviator, the ultimate reward is seeing the breakthrough capabilities they enable and significant challenges that are addressed.
Research at Rutgers University, paired with industry expertise, incubated and enabled The Naviator. An ongoing success loop is now in place so in-field use informs future development of the platform and ensures continued breakthrough innovation.
