PARUS, as a new generation model of Ziyan unmanned helicopter
Currently covers industries such as public security,urban supervision,
environmental protection, transportation, emergency, power, and petroleum.

Specifications

As the latest model, Parus has a smaller body and a lower overall weight comparing with other models which get more relaxed experience. Meanwhile, it has effective fighting endurance of 70 minutes and 10km of HD imagery, which is a powerful guarantee for flight mission.

  • Size
  • 1050x240x320 mm
  • Without main rotor
  • Maximum takeoff weight
  • 5 kg
  • Plain data
  • Net weight
  • 1.9 kg
  • -
  • Standard working load
  • 0.5 kg
  • -
  • Cruising speed
  • 60 km/h
  • Maximum 100km/h
  • Flighting duration
  • 70 min
  • Without payload
  • Picture transmission
  • >10 km
  • Without obstacles
  • Wind resistance
  • 6
  • 13m/s
  • Using altitude
  • ≥5100 m
  • Limited to legal height
  • Operating temperature
  • -20~55 ℃
  • -
parus

10km HD image transmission

PARUS with Aerolution HD Image Transfer System, System Based on Software Radio SDR Development Platform Design,The bottom layer of communication adopts the physical layer of 4G network LTE, Combines advanced communication algorithms such as OFDM and Turbo coding,it has a strong anti-multipath effects and error correction capabilities.Digital transmission rate up to 10Mbps and effective transmission distance up to 10.

50km Endurance

PARUS cruise speed up to 60km/h,Maximum speed 100km/h, the average cruising range is 50km under guaranteed safety margin,
It can easily complete large-area long-distance missions such as power line inspections and photovoltaic inspections.

10x HD Visible PTZ Camera

PARUS with three axis PTZ zoom and configure 10x optical zoom visible light lens,Suitable for inspections in various industries,
but also can choose to configure infrared thermal imaging payload,Work at night or other conditions.

FLIGHT VIDEO

PARUS 50 minutes long endurance real shot v2.0

PARUS has an effective battery life of 50 minutes and is suitable for long and low noise missions.

Moving base landing/Visual landing v1.0

Moving base technology enables UAV autonomous takeoff on a mobile platform,After take-off, follow the route set before the takeoff to carry out automatic route flight and perform the mission of the user to the drone.After the mission is completed, the UAV can fly back to the mobile platform for accurate landing.

Aerolution unmanned helicopter Conception v1.0

Aerolution unmanned helicopter introduction v1.0

Aerolution unmanned helicopter tactic scene v1.0

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