Drones and UAVs

The compact design, light weight and ease of integration of FT sensors make them ideal for reading wind speed, direction and temperature on board unmanned aircraft systems (UAS) and at unmanned aerial vehicle (UAV) ground launch and recovery stations.

FT sensors can be used as a replacement for a pitot-based system on fixed wing or multi-rotor UAVs. Reading wind speeds up to 75m/s, they provide highly accurate measurements, particularly in the 0-40 knots range where pitot tube systems tend to have issues.

With full 360° air speed direction measurement, they are ideal for station-keeping and hovering on quad-rotor UAVs. They are also an extremely responsive component in a dynamic positioning system, used to protect the UAV in unpredictably gusty and turbulent environments, such as urban areas, or around bridges, transmission line towers, wind turbines or other large structures. With a much stronger signal-to-noise ratio (SNR) than other ultrasonic technologies, our Acu-Res® Technology demonstrates unsurpassed levels of data availability.

Urban air mobility: Kosovo

Case Studies / Urban air mobility: Kosovo Embry-Riddle Aeronautical University and Gaetz Aerospace Institute studying the effects of urban landscapes on drones. Background Urban Air Mobility (UAM) represents a new era in air transportation. A community of government, [...]

2020-01-17T14:20:45+00:00January 17th, 2020|


Ideal for offshore wind turbines and all marine applications.

Tested and proven:

  • Corrosion resistant: ISO 9227 (2006) & IEC12944 (1998)
  • Corrosion class: C5-M High
  • Corrosion test in neutral salt spray atmosphere for 1440 hours

Rain, Mist, Fog and Humidity


  • DEF STAN 00-35 Test C26 - Fog intensity of 1 to 2 ml/80cm² for one hour
  • DEF STAN 00-35 Test CL27 - Rain at 200mm for one hour
  • IP67 - Submerged in 1 metre depth of water for 30 minutes
  • EN 60068-2-78 (2002) - Stationary relative humidity +93% for 240 hours
  • EN 60068-2-30 (2005) - Cyclic humidity - Six 24 hour cycles, upper temperature 55°C

Sand & Dust

Sand and dust resistant: DEF STAN 00-35 CL25 (2006) sand particles for 3 hours and dust particles for 3 hours, at 29 m/s air velocity, concentration 1.1g/m³.

Sand and Dust


Hail resistant: EN 61215 (2005) 10 hail stones, 7.5 grams each show at the sensor at 23 m/s.


Freezing Rain and Ice

Designed for harsh winters, the FT7 Series wind sensors have an in-built heating system that gives total temperature control. Ice-resistant to MIL-STD-810G:
  • Ice-resistant: Sensor remains ice-free when freezing rain applied in a chamber with temperature -14°C, wind speed 15m/s.
  • De-icing: Sensor exposed to freezing rain in air flow of 15m/s and -14°C. Ice built up to 45mm. Heaters switched on. Airflow and temperature unchanged. The sensor was ice-free in under 15 minutes.


  • Passed: EN60068-2-13 (1999) 4 hours at a constant low pressure typical to 3000 metres above sea level.
  • Additional tests in a dedicated altitude wind tunnel have shown that the sensor measures accurately up to 4000m.


3 axis Sinusoidal and Random Vibration.

  • EN 60068-2-6 (2008)
    5-500 Hz, 1 octave/min sweep range for sinusoidal vibration.
  • EN 60068-2-64 (2008)
    5-500 Hz, 90 mins per axis, 0.0075g²/Hz for random vibration.


Drop resistant: EN 60068-2-31 (2008) dropped 6 times at different angles from 1 metre onto steel faced concrete.


Passed: EN 60529:1992+A2:2013 - Sealed to IP66 and IP67
  • Exposed to a dust chamber for 8 hours.
  • Submerged in 1 metre depth of water for 30 mins.
  • Sprayed by powerful water jets at 100 litres per minute from a distance of 2.5 metres.

Heat and Cold

Operating Temperature: -40°C to +85°C

  • EN 60068-2-1 (2007) - 16 hours of cold air at -40°C.
  • EN 60068-2-2 (2007) -  16 hours dry heat at +85°C.
  • EN 60068-2-14 (2009) -  74 hours of heat and cold, 16 temperature cycles from -40°C to +70°C.

Solar Radiation

24 hours of UV radiation with an ambient temperature of 55°C, irradiance of 1120 W/m².

Passed: EN 60068-2-5 (2000)


Ag Solve Mon. Ambiental Ltda.
Meteorologia e Hidrologi
Rua Oswaldo Cruz, 764 - Cidade Nova
Indaiatuba - SP - CEP 13334-010
T: +55 (19) 3825-1991
F: +55 (19) 3825-1901
E: vendas@agsolve.com.br
W: www.agsolve.com.br


Level 12, Zhongbo Plaza, Hanggui Road, Anting Town, Jiading District, Shanghai, China
T: +86 13764406450
E: sales@avic-energy-tech.com
W: www.avic-energy-tech.com

Tongman Energy Technology (Shanghai) Co., Ltd.
Registred address:上海市奉贤区庄行镇叶庄公路135号2幢1022室
Office address:上海市徐汇区龙华西路585号华富大厦B座18B4室
Postcode: 201108
T: +86 021 54251822 / +86 021-62619627 / +86 0411 39728146
F:+86 021 54251023 / +86 0411-39728145
E: sales@tongman-sh.com
W: www.tongman-sh.com


189-0001 東京都東村山市秋津町5-2-15
T: 042-391-7850
F: 042-391-7851
E: sales@fieldpro.jp
W: www.fieldpro.jp


DS Company
부산 연제구 월드컵로160 JH빌딩 545호
T: +82-51-796-2060
E: ywnam@dscorp.or.kr

Parkor Korea Indus Co., Ltd.
Doksan-dong, #1010, Tower A, Hyundai Knowledge Industry Center,
70 Dusan-ro, Geumcheon-gu, Seoul 08584, Republic of Korea
서울특별시금천구두산로 70, A-1010 독산동현대지식산업센터
T: +82-2-2169-2500
F: +82-2-2169-2549
E: parkor@parkor.co.kr
W: www.parkor.co.kr


3S Nunergy Solutions
JD Jayathri, 3B, III Floor
8 P.T. Rajan Salai, KK Nagar
Chennai - 600 078
Contact: C. Sundar
T: +91-9790994051
E: cs@3snunergy.com

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