TESTED AT (8mm/Rain) Per hour
Built to withstand most weather conditions, the ALT6-8 is IP55 waterproof, ensuring reliable operation even in wet environments. Its wind-resistant aerodynamic design and control algorithms enables it to endure wind speeds of up to 16 m/s, This unwavering performance enhances its dependability and expands its utility in diverse scenarios.
UNPARALLED QUADRUPLE FLIGHT REDUNDANCY
that sets a new industry standard. This is made possible by four key features: a fully integrated termination system, fixed wing operation seamlessly integrated with a multicopter, and vertical and horizontal flight systems engineered for double redundancy. With its patent-pending tilt motor configuration and no single point of failure design, the ALT6-8 ensures uninterrupted operation even in the unlikely event of a complete rotor arm failure, such as a bird strike. The ultimate choice for mission-critical operations that demand unwavering reliability.
Equipped with six powerful rotors the ALTA6-8 features a no single point of failure design, meaning that it can keep flying even if one of it’s rotor arms fails. The ideal choice for mission critical operations.
Crafted with superior materials and precision engineering, the ALT6-8 achieves a remarkable balance between lightweight construction and durability. Its carbon fiber reinforced structure guarantees resilience without compromising performance, while the smooth fiberglass fuselage enhances aerodynamics and safeguards internal components. The drone’s foam extremities ensure cost-effective maintenance and maximize durability, prolonging its lifespan and optimizing its operational efficiency.
Unlimited Sensors and Payloads
The ALT6-8 offers unparalleled flexibility and adaptability with its large payload bay,allowing for the integration of multiple payloads simultaneously. Its expansive 44L payload volume, ingeniously integrated into the fuselage, accommodates various types of sensors for diverse mission requirements.
- High-resolution cameras for aerial photography and videography.
- Thermal imaging cameras for search and rescue missions.
- Multispectral and hyperspectral cameras for agricultural applications.
- Photogrammetry and Structure-from-Motion (SfM) cameras for 3D mapping.
- Infrared cameras for thermal inspections and monitoring.
- Gas and chemical sensors for environmental monitoring.
- Atmospheric sensors for weather monitoring and research.
- Water quality sensors for aquatic environmental monitoring.
- Air quality sensors for pollution monitoring and analysis.
- Noise sensors for sound mapping and noise pollution monitoring
- LiDAR sensors for precise mapping and surveying applications.
- Airborne LiDAR systems for forest management and terrain mapping.
- Geophysical and Ground Penetrating Radar (GPR) systems for subsurface imaging.
- Spectrometers for chemical analysis and material identification.
- Magnetic sensors for detecting magnetic anomalies and mapping.
- GPS receivers for precise positioning and navigation.
- Payloads for package delivery and logistics operations.
- Seed planting mechanisms for agricultural applications.
Deploy temporary communication infrastructure during emergencies or for remote events, like music festivals or sporting events.
survey surrounding waters for defense or fishing purposes by providing real-time aerial imagery, detecting potential threats or marine life, and enhancing situational awareness.
Survey and map out archaeological sites, helping researchers to study ancient civilizations and uncover lost artifacts.
Monitor crops for disease, pest infestations, or other issues, allowing for more efficient and sustainable farming practices.
Surveillance & Security
Provide aerial surveillance for private properties, events, or public spaces to enhance security
Map out forests, coastlines, and other natural areas, helping with environmental preservation, disaster management, and scientific research.
Deliver emergency supplies, perform search and rescue operations, and assess damage in disaster-stricken areas.
Collect atmospheric data and monitor weather patterns to improve weather forecasting and climate research.
Assist law enforcement in detecting and tracking illegal activities such as drug smuggling or human trafficking along borders and in remote areas.
Air Quality Monitoring
Collect air quality data to support environmental research and inform pollution control policies.
Volcanic Activity Monitoring
Observe and track volcanic activity to improve hazard assessment and early warning systems.
Monitor and analyze traffic patterns, helping to optimize transportation systems and reduce congestion.
Monitor and track endangered or rare species in Central and Southern America, collecting data and helping with conservation efforts
Map out geological features and natural resources, aiding in exploration and resource management.
Aerial Photography & Filmmaking
Capture aerial footage for documentaries, movies, or promotional materials.
Inspect and maintain critical infrastructure such as bridges, dams, and power lines, reducing the need for manual inspections
Assist in tracking and monitoring poaching activities, helping to protect endangered species and ecosystems.
Assist in reforestation efforts by aerially seeding tree saplings in deforested or degraded areas.
Forest Fire Detection & Management
Monitor forests for early signs of fires and assist firefighting efforts by providing real-time data.
Create unique and eye-catching aerial advertisements for businesses and events.
|Dimensions (L×W×H)||2.65 m Wingspan x 1.5 m Length x 0.35 m Height|
|Usable Payload Capacity||Weight 8000g, Volumen 44.000 cm3|
|Max Ascent Speed||10 m/s|
|Wind Tolerance||12 m/s|
|Max Speed(at sea level, no wind)||28 m/s|
|Max Service Ceiling Above Sea Level||3000 m Tested 10k Flights|