UAVs

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X6

X6 is an industrial hexacopter UAV system specially designed for power stringing and power inspection. It features carbon fiber airframe, foldable arms design, and quick-release landing gear to make sure the convenience of the drone’s assembling and transportation. X6’s outstanding payload capacity and duration time are guaranteed by its power system which is made up of high efficiency disk type motor matched with high efficiency carbon fiber propeller.

Key Features

  • Flight Control System: Various flight mission could be operated by its high efficiency and stable flight control system
  • Power System: A 6S 22000mAh battery to make sure its duration
  • Navigation System: By using Global Positioning System to position the drone in all location
  • Data-link System: Data-link are using 2.4GHz frequency signal which is for for long distance and stable connection

Specifications

Mode X6
Aircraft type Haxacopter
Wheelbase 1200mm
Height 540mm
Net Weight 6kg
Standard Package Size 665×570×800 mm (Including wheel)
Battery 22000mAh×6S LiHV
MTOW 12kg
Max. Payload Capacity 3kg
Max. Duration 34min
(No Payloads) 0~15m/s
Cruise Speed 0~4m/s
Climb Rate (AMSL) 4km
Absolute Ceiling 1.5km
Video Transmission Distance 2km (with no interference)
Remote Control Distance Auto takeoff and landing, autopilot, the black box function
Max. Wind Resistance 12m/s (grade 6)
WorkingTemperature -20℃-60℃
Woring Humidity 10%-90% (no condensation)
EMI 100A/m (PFMF)

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Skylle 1550S

Skylle 1550S features new network video transmission solution that allows for video transmission via public network without distance limit. Equipped with redundancy design flight controller, new HD network
video transmission, new payload quick release solution, Skylle 1550s is compatible with previous payloads and web-version payloads. With a maximum load of 12 kg and flight time of 90 minutes, this drone guarantees a higher-performance and longer flight time operation.

Key Features

  • High volume and energy density battery allows for up to 90-minute flight time
  • GPS provides stable localization and navigation ability
  • One-key to make route planning for autonomous flying
  • Carbon fiber unibody is lightweight and aesthetically satisfying

Specifications

Mode Skylle 1550S
Aircraft type Haxacopter
Wheelbase 1550mm
Height 543mm
Weight 6.3kg (no battery)
Package Size 400*730*930(including wheel)mm
Battery Capacity 22000mAh*6s*2 22000mAh*6s*4
Free-load Max Flight Time 62 min 80 min
Max. Take-off Load 23kg
Max. Payload 12kg
Cruise speed 0-15m/s
Climb Speed 0-4m/s
Absolute Ceiling 5km
Network Video Transmission Distance 10km
Remote Control Distance 2km (remote controller) 10km (standard radio)
wind resistance 12m/s (grade 6)
Operation Temperature -20℃-60℃
Operation Humidity 10%-90% no condensation
IP Rating IP54
EMI 100A/m (PFMF)

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Skylle 1550P

With high reliability and portability, Skylle 1550P adopts a new generation power system to improve load capacity and flying performance. Equipped with Atheno flight control, HD low latency video transmission, high-voltage battery, it is compatible with multiple payloads and has a 15kg load capacity. Skylle 1550P could provide high-performance flying platform for industrial aerial and drone industry.

Key Features

  • Carbon fiber unibody endures robust endurability, light weight and rain-proof
  • Detachable arms allow for quick dissemble and assemble as well as smaller package
  • One-key to make route planning for autonomous flying and ground station flight guidance
  • High density LiHV with efficient power system results in max 15 kg load

Specifications

Mode Skylle 1550P
Aircraft type Haxacopter
Wheelbase 1550mm
Height 543mm
Weight 8.8kg (no battery)
Package Size 400*730*930(including wheel)mm
Battery Capacity 22000mAh*6s*2 22000mAh*6s*4
Free-load Max Flight Time 45 min 65 min
Max. Take-off Load 34kg
Max. Payload 15kg
Cruise speed 0-15m/s
Climb Speed 0-4m/s
Absolute Ceiling 5km
Network Video Transmission Distance 10km
Remote Control Distance 10km (standard radio)
wind resistance 12m/s (grade 6)
Operation Temperature -20℃-60℃
Operation Humidity 10%-90% no condensation
IP Rating IP54
EMI 100A/m (PFMF)

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Skylle 1550

Excellent long endurance and heavy payload capacity empowers Skylle 1550 an outstanding industrial drone. With a maximum flight time of 81 minutes and a maximum payload of 12kg, Skylle 1550 is a reliable
high-performance multi-rotor flight platform for various industrial applications. It is the first-choice drone model for the State Grid Corporation of China being applied mostly for power line inspection, purchased for years by the Public Security and Firefighting Department due to the multiple purpose payload compatible function, the Sinopec, the China Southern Power Grid Co., Ltd. (CSG), and the China Energy Investment Corporation (China Energy) for wind energy inspection. Equipped with the orthographic camera, the oblique camera, and the 3D laser radar, Skylle 1550 is ready for high-precision mapping tasks.

Key Features

  • Reliable and portable due to the modular design
  • Easy to operate, fully autonomous take-off and landing, by adopting the intelligent multi-frequency redundant IMU developed by MMC, it has a great improvement on the stability of the system;
  • Made by carbon fiber and compound materials, its airframe body is genuinely light, and the separate pack is more portable for the single operation in mountainous areas;
  • By adopting different battery solutions, the maximum flight distance is up to 10km, and a single-operation area with 3D laser radar as payload covers more than 1k㎡;
  • Compatible with 27 different kinds of payload, its applicable fields covering survey and mapping, inspection, security, aerial photography, and others;
  • The battery supports high current and fast charge, which leads the operation more efficient;
  • Support handheld integrated ground control station or box-type ground station.

Specifications

Mode Skylle
Aircraft type Haxacopter
Wheelbase 1550mm
Airframe material Carbon fiber and composite materials
Package size 400*730*930mm (standard) / 700*700*300mm+110*45*20mm (portable)
Weight (without batteries or payload) 6.8kg
Assemble time 2 minutes and 40 seconds
Max. take-off weight 21-23kg
Max. payload 10-12kg
Max. climb speed 4m/s
Cruise speed 10m/s
Max. flying speed 15m/s
Battery Capacity 22000mAh*12S LiHV / 30000mAh*12S 18650 / 22000mAh*12S2P LiHV
Flight time (without load) 62min / 74min  / 81min
Flight distance 14km / 18km / 20km
Max. Control radius 10km
Max. Altitude AMSL 4000m
Hovering accuracy vertical ±1m, horizontal±1.5m
Flight mode Fully automatic, semi-autonomous
Return One-button return, lose control return, low battery return
Others Autonomous takeoff and landing, automatic route, black box function.
Max. wind resistance 6 level
Operation temperature -20~60℃
IP rating IP56

USD

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Notuzi X85

Notuzi X85 drone is portable with a small size, detachable landing gears and fold-able arms. By adopting an all-purpose plug-and-play connector that is compatible with different payloads including orthographic camera, the oblique camera, the zoom camera, and the thermal camera. The Notuzi X85 UAV is available for various missions such as survey and mapping, firefighting, public security, search and rescue,inspection, etc.

Key Features

  • With less than 1 meter’s wheelbase, 3.1kg weight, it is considered as the lightest industrial drone for sale among all MMC UAVs.
  • The intelligent multiple frequency redundant IMU developed by its own gives a great improvement on the stability of the whole system.
  • The foldable design enables the backpack easy to carry, which is extremely suitable for the single person operation in the mountainous area particularly.
  • Notuzi X85 industry-level drone is good to go for dozens of missions considering its average flying time is over 50 minutes.

Specifications

Model Notuzi X85
Aircraft type Quadcopter
Wheelbase 850mm
Height 420mm
Weight 3.1kg
Package size 850
Max. Take-off weight 9kg
Max. Payload weight 3kg
Battery 22000mAh intelligence battery
Max. Flight time (without payload) 50min
Cruise speed 0~20m/s
Climb speed 0~6m/s
Max. Altitude AMSL 5km
Service ceiling 5km
Communication distance 5km
Wind resistance Level 6 (12m/s)
Working temperature -20°C~60°C
Storage temperature ~30°C~70°C
IP rating IP54
EMI (Electromagnetic interference resistance) 100A/m PFMF (power frequency magnetic field)

USD

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Notuzi B90

Notuzi B90 drone is a portable and small-sized industrial level drone with detachable landing gears and foldable arms. By adopting an all-purpose plug-and-play connector that is compatible with over 20 payloads including orthographic camera, the oblique camera, the zoom camera, and the thermal camera, the Notuzi B90 is available for various missions such as survey and mapping, powerline inspection, surveillance and search& rescue.

Key Features

  • Exquisite appearance – with less than 1 meter’s wheelbase, 3.7kg weight and carbon fiber case. This drone is the lightest yet powerful industrial drone among all products on the market.
  • Stable and powerful performance – the intelligent multiple frequency redundant IMU gives a great improvement on the stability of the whole system. High-efficient brushless motor with carbon fiber propellers and high-voltage battery together enlarge drone’s flight time up to 45 mins.
  • Mobility – the foldable design can easily fit in the backpack for a single person to carry. Compatible with MMC Etlas Mobile hand-held ground station.

Specifications

Model Notuzi B90
Aircraft type Quadcopter
Wheelbase 920mm
Height 500mm
Weight 3.7kg
Max. Take-off weight 9kg
Max. Payload weight 3kg
Battery 22000mAh Li-Po
Max. Flight time (without payload) 45min
Cruise speed 0~15m/s
Climb speed 0~4m/s
Max. Altitude AMSL 5km
Communication distance Up to 10km
Positioning system GPS, RTK (Optional)
Wind resistance Level 5 (10m/s)
Working temperature -20°C~60°C
Storage temperature -30°C~70°C
IP rating IP54

USD

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Jadger M1

Key Features

  • Compact five-lens design, higher efficiency in surveying and mapping
  • Route planning and return-to-home function
  • Flight time up to 25min with an improve structure design
  • Suitable for terrain and low-rise buildings surveying
  • Effective data handling with advanced photo storage and naming rules

Specifications

Size 520 x 455 x 295 mm
Max. Flight time 25 Min
Weight (battery included) 1633g
Battery 4S 5250mAh 15.2V LiPo
Charger Sc4000-4H
Ground Station St16S
Max. Altitude AMSL 500 m
Max. Rotation rate 120°/s
Max. Roll angle 35°
Max. Descend speed 2.5m/s
Dimension 112*68*74.5mm
Weight 390g
CMOS Quantity 5pcs
Maximum Pixels 12MP*5
Focal Length 4.3mm
Oblique Angle 38°
Minimum Exposure Interval 1.3s 1.5s 1.8s or 2.0s
Exposure Mode Isochronal Exposure
Power Supply Mode Unified Power Supply
Battery 5500mAh pluggable battery
Battery Endurance ≤2.5h
GPS Customized External GPS Components
Total Storage Capacity 160G
Operation Mode Touch Screen Display

USD

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Griflion M8

Grifflion M8 is a vertical take-off and landing (VTOL) fix-wing UAV with the V-shape tail which is made of composite material. Griflion M8 is capable of long-distance cruise flying, features long duration time, fast cruising speed, and high working efficiency, etc. Grifflion M8 is compatible with the orthographic camera, the oblique camera, and electro-optical pod to run a high precision surveying or patrol mission.

Key features

  • Fiber Carbon & Composite Material – Lightweight body but Solid Structure
  • VTOL & Horizontal Fly – Different Takeoff Sites
  • Multiple Payload Compatibility – One UAV for Different Tasks
  • 200KM Flight Distance – Ensure Enough Task Time
  • RTK/PPK Mode – Precise Take-off and landing

Specifications

Model Grifflion M8
Takeoff and landing type VTOL
Body material Carbon finer and composite material
Wingspan/body length 2500mm/1486mm
Net weight 5.5kg
Max. Takeoff weight 1~2kg
Max. Climb speed 7m/s
Efficiency cruise speed 90Km/h
Max. Flight speed 126 Km/h
Flight time 150min
Max. Flight distance 200km
Control radius 15km
Max. Altitude AMSL 5000m
VTOL switch altitude 120m
Positioning accuracy 1cm±1ppm
Positioning system RTK+PPK
RTK/PPK update frequency 5Hz, Up to 100Hz
Others Auto takeoff and landing, autopilot, the black box function
Drone assembly time 5min (by a single operator)
Drone disassemble time 10min (by a single operator)
Max. Wind resistance 12 m/s
Working temperature -20~60°c
IP level IP56

USD $24,999

Pre-order / Estimated shipping date: 4 March 2018

Halo 240-E Inspection

Halo. The first true hybrid drone. Built for professionals.

A high-performance professional-grade UAV, Halo enables close-proximity inspections over extremely long distances. The Halo is the first commercial fixed-wing UAV which also has an efficient hovering configuration, allowing hovering flight-times which exceed 60% of its already excellent fixed-wing flight-times.

Whether you need high-resolution 3D images of structures, or simply aerial mapping, Halo’s range, endurance, and portability are unbeaten.

Features

  • Long endurance in both hover and forward flight.
  • Close-up inspection capability: fly like a multirotor during inspection.
  • Vertical take-off and landing: launch and land reliably in any 6 x 6 m (20 x 20′) area.
  • Quick-release (and tool-less) connections on wings, fins and nosecone allow set-up and tear-down in less than 60 seconds.
  • Service agreement for peace-of-mind, including spare parts, software updates and support.

 

Example flight profile

Below is an animation which demonstrates the intended use of the Halo 240-E inspection UAV: a very basic flight profile consiting of take-off, transition to forward-flight, general forward-flight use of the gimballed sensors, transition to hvoer, use of the sensors during hover, return to base, and landing.

Specifications

Flight time 90 minutes (hover) 150 minutes (forward)
Weight (net) 2.0 kg
Wingspan 2.4 m
Length 1.8 m
Cruise speed 16 m/s, 31 knots, 58 kph
Maximum speed 25 m/s, 49 knots, 90 kph
Stall speed 11 m/s, 21 knots, 40 kph
Range 140 km
Battery 21.6 V; 7,000 mAh

Technology

Hybrid rotor/wing aerodynamic surfaces are the ultimate solution to creating a VTOL aircraft which is efficient in both its flight-modes. A high-aspect-ratio wing aeroplane is the most efficient configuration for forward-flight. And for hovering flight, efficiency increases with the area of the rotor-disc. Turning the high-aspect-ratio wing into a rotor gives the best of both worlds! For more technical details, check out our FAQ.

Using cutting-edge materials and manufacturing processes, patent-pending electro-mechanical systems, and a design which removes the mechanical complexity from the tail, Halo is as efficient as an aeroplane can be in forward flight; and it can hover for longer than any multirotor in its weight-class!