Acecore Zetona’s front-mounted 2-axis gimbal gives operators an unobstructed view from top to bottom, from Zenith to Nadir. Though highly portable, the system is capable of stabilising and controlling the 60-megapixel Sony A7r iv with an endurance of 26 minutes.
Zetona was built as the inspection tool for high-value and high-risk inspections. Its F9P, L1/ L2 RTK precision positioning works with the 4 or 8 oversized engines to hold the system at a nearly completely still position in the air.
Operators have full camera control over the Sony A7r IV, all settings are accessed remotely and the camera automatically geotags each image’s EXIF data during a mapping mission. The integrated 2-axis gimbal tilts 90 degrees downwards on command.
The Zoe Zetona comes with an optimised workflow for single and dual-operator setups. The pilot-in-command is able to control and trigger the camera completely independently. When a camera operator joins the mission, he is given not only control of all the camera’s functions but has the ability to yaw the drone as well. Of course, without the PIC ever losing override control over the drone’s movements.
The all-new coaxial propulsion system fits in the same housing as the quadcopter motor, leaving the system light and easy to deploy. While the standard quadcopter configuration is already powerful enough to deal with any challenge, having 8 engines further improves flight performance, stability and overall safety.
Maximum gross take-off weight | 11.95kg |
Maximum payload weight | 2.2kg |
Minimum standard empty weight | 4.95kg |
Frame dimensions | 700x675x340mm |
Rotor-to-rotor diagonal distance | 940mm |
Diameter with propellers | 978,5mm |
Height up to the bottom plate | 125mm |
Ground clearance from the bottom of the propeller | 130mm |
Energy type | Electrical |
Number of motors | 8 |
Motor type | Acecore MN-COAX360 |
Operating voltage | Up to 50V |
Motor continuous power | 2000W |
Idle speed | 380RPM/V |
Number of ESCs | 8 |
Maximum continuous current draw | 55A |
Material | Carbon Fibre Reinforced Plastic ( CFRP) / foamed core 3K Twill weave |
Propeller setup | 4 CW and 4 CCW propeller |
Propeller type |
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Vibration isolation system | Vertical wire damper system |
Mounting options | Front mounted payload |
Mounting system | Depending on user preference |
Battery rack | Top of centerpiece |
Flight controller | Cube flight controller |
Version | Orange |
Operating temperatures | -40°C to + 85°C |
Energy type | Electrical |
Battery | Lithium Polymer |
Recommended make and models | Tattu 17000mAh |
Nominal battery voltage | 22.2 V/ 6S |
Minimum battery quantity | 2 battery packs parallel |
Maximum battery voltage | 25.2V |
Minimum average battery voltage | 21.0V |
Maximum operating temperature | +50°C |
Minimum operating temperature | -15°C |
Maximum flight endurance | 26 min @ 1.6KG payload |
Maximum wind speed | 25 knots |
Maximum wind gusts | 31 knots |
Maximum precipitation | Moderate rain conditions, although it is recommended to fly in dry conditions. |
Maximum downfall | 10 mm/h, 30mm/3h |
Maximum pitch/ roll angle | 45 Degrees from horizontal |
Maximum yaw rate | 150 Degrees a second |
Maximum flight speed | 91km/h horizontal |
Flight modes |
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Typical ascent | 5m/s |
Typical descent | 4m/s |
Hovering accuracy | Vertical 0.05m/ Horizontal 0.05m |
RTL cruise speed | Variable from 3 m/s to 9 m/s |
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