Introducing TAR™️ Tethered Drone System

Introducing the TAR™️ (Tethered Aerial Robot) by Karman Drones™️, a groundbreaking solution that redefines aerial surveillance and data collection. With an unparalleled flight time of up to 24 hours, the TAR Tethered Drone System ensures continuous operation, free from the limitations of traditional drones. Moreover, its innovative dual-redundant coaxial design, combined with a 100-meter tether, guarantees uninterrupted connectivity. As a result, it becomes ideal for real-time data transmission and versatile payload options. Whether securing critical infrastructure or assisting in disaster relief efforts, the TAR Tethered Drone System is engineered for efficiency and reliability. Furthermore, experience the future of drone technology with TAR, where endurance and advanced capabilities unite seamlessly.

Features

Applications

Compact Design

Featuring an innovative coaxial motor setup, this ultra-compact design delivers exceptional performance, all while maintaining a highly portable form. Consequently, it offers both power and convenience in one streamlined package.

Co-Axial Configuration

Equipped with a co-axial setup, it offers dual redundancy, ensuring the drone remains functional in any situation, even under challenging conditions. Additionally, this added reliability makes it ideal for critical operations, where performance and dependability are crucial.

Rugged Airframe

With a co-axial configuration providing dual redundancy, this drone ensures continuous operation in any situation. Moreover, its durable construction minimizes downtime, enhances longevity, and protects internal components. Consequently, it consistently delivers top-tier performance, even in the most challenging environments.

Up to 24 Hours of True Endurance

Experience revolutionary aerial surveillance with continuous flight time, enabling extended monitoring without the need for frequent landings. Furthermore, this capability enhances efficiency, ensuring uninterrupted operations for longer durations.

Composite Material

Constructed from advanced composite materials, it boasts a durable structure that significantly enhances the UAV’s lifespan. Additionally, this robust design ensures reliable performance, even in harsh environments.

Highly Portable

Built from advanced composite materials, it features a robust structure that extends the UAV’s lifespan. Furthermore, its compact design ensures easy portability, allowing users to conveniently carry it in the provided side bag.

Specifications

EO-IR Dual vision Payload
Visible Camera Resolution: 1920
X 1080 P
Thermal resolution: 640 X 480P
Visible Camera Zoom: 40X
Control Range (PTZ): -45°C to
+135°C(Tilt), -180°C to +180°C
(Pan)

RGB Day Payload
Visible Camera Resolution : 4K @
30fps
Visible Camera Zoom : 6X (Digital)
1/1.7-inch Sony sensor
HDR and starlight night vision
3-axis gimbal stabilization

100 m Tethered Box
Micro tether length: 100 m
Tether weight: 16 g/m
Power output: 2200 W
Tensile Strength: 120-150 daN
Micro Tether management:
Electric and Manual switch
Dimensions: 408 x 603 x 261 mm
Portable Power Source: 230 VAC,
50-60 Hz (4 kW min), 120 VAC,
50-60 Hz (3 kW min)
Rugged Structure: IP54 Certified

70 m Tethered Box
Micro tether length: 70 m
Tether weight: 16 g/m
Power output: 1500 W
Tensile Strength: 100 daN
Micro Tether management:
Electric and Manual switch
Dimensions: 627 x 475 x 292 mm
Portable Power Source: 230 VAC,
50-60 Hz (4 kW min), 120 VAC,
50-60 Hz (3 kW min)
Portability: Telescopic handle
and wheels

Accomplish your missions with ease

Pre-flight check

The TAR Tethered Drone System features an advanced PreFlight Check, meticulously evaluating crucial parameters before takeoff. As a result, it ensures optimal performance and safety, providing confidence for every mission. Furthermore, this thorough check guarantees that all systems are functioning properly, allowing for smooth operations throughout the flight.

Plan missions with ease

Armed with the latest geographical terrain data, you can optimize your missions by flying at a constant height above the terrain. Consequently, this guarantees that you won’t encounter any obstacles, ensuring a smooth and uninterrupted flight. Moreover, the system continuously adjusts to changes in terrain, maintaining optimal flight parameters throughout the mission.

Absolute Safety

Implemented with a failsafe, this system protects your UAVs during emergencies, such as low battery or RC link loss. Furthermore, you can effortlessly establish geofences to prevent your UAVs from entering restricted zones, further enhancing operational safety. In addition, the system continuously monitors critical parameters, ensuring real-time adjustments and minimizing risks during flights.

Structure scans

Structure scans allow you to assess the condition of any structure, plan maintenance, and more. Additionally, these scans can be fine-tuned to meet the specific needs of each structure, ensuring a comprehensive analysis. This flexibility makes it easier to adapt to various requirements and enhance the overall efficiency of maintenance planning.

Survey scans

Utilize survey scans to thoroughly examine any area of choice. You can easily select from predefined patterns or create your own using our intuitive tracing tool. Moreover, this flexibility ensures that your survey captures the necessary details with precision, making data collection more efficient and perfectly tailored to your needs. Additionally, it allows for better customization, empowering you to optimize your workflow for various surveying requirements.

Failsafe feature

It effectively protects UAVs during emergencies, such as low battery or RC link loss. Furthermore, you can easily create geofences to prevent your UAVs from flying into restricted areas, thus enhancing both operational safety and security. Additionally, this feature ensures that your drone operates within safe boundaries, minimizing risks.

Specifications 

FAQ’s