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Yamaha Motor Revs Your Heart

FAZER

“A Pegasus. Made to go where you can’t.”

Next generation FAZER – More powerful, longer range.

FAZER-NEXT(Concept model)
- Operates autonomously
- A 70kg payload (twice of the FAZER R)
- Faster (MAX.150km/h), and longer range (120 minutes)


SPECIFICATIONS:

Item Specification Value
Dimensions/Weight Overall Length x Width x Height 4,900 mm x 734 mm x 1,226 mm
(16.1 feet x 2.4 feet x 4.0 feet)
Max Takeoff Weight 150 kg (330.7 lbs)
Engine Engine Type/Cylinder Arrangement 4-stroke, horizontally-opposed 2-cylinder engine
Total Displacement 390 cm3 (23.8 in3)
Maximum Output 20.6 kW (27.6 hp)
Fuel Type/Fuel Tank Capacity Regular gasoline/12 ℓ (3.2 gal)
Performance etc. Operating Altitude (*1) 3,000 m (9,842.5 feet)
Payload (*1) 70 kg (154 lbs)
20°C (68°F), 1 atmosphere
Maximum Speed (forward airspeed) 150 km/h (93.2 mi/h)
Cruising Speed 100 km/h (62.1 mi/h)
Cruising Range(*2) 200 km (124.3 miles) Optional Tank 600 km (372.8 miles)
Cruising Time(*2) 120 minutes Optional Tank 6 hours

*1 Operating altitude and payload are estimated with the fuel load at half (6 ℓ).
*2 Operating Range and cruising range are based on the use of a satellite transmitter-receiver.

FAZER R– Existing model

R-MAX and FAZER/FAZER R (Previous models)
- safe and cost effective solution
- 2,800 units of R-MAX and FAZER helping farmers in the USA, Japan and other countries.


SPECIFICATIONS of FAZER R (Existing model):

Item Specification Value
Dimensions/Weight Overall Length x Width x Height 3,665 mm x 734 mm x 1,226 mm
(12.0 feet x 2.4 feet x 4.0 feet)
Main Rotor Diametert 3,115 mm (10.2 feet)
Tail Rotor Diameter 550 mm (1.8 feet)
Max Takeoff Weight 110 kg (242.5 lbs)
Engine Engine Type/Cylinder Arrangement Liquid-cooled, 4-stroke, OHV, 2-valve, horizontally-opposed 2-cylinder engine
Total Displacement/
Bore x Stroke
390 cm3/66.0 mm x 57.0 mm
(23.8 in3 / 2.6 in x 2.2 in)
Maximum Output 20.6 kW (27.6 hp) at 6,000 r/min
Fuel Type/
Fuel Tank Capacity
Regular gasoline/
12ℓ (3.2 gal)
Performance etc. Operating Altitude (*1) 2,800 m (9186.4 feet)
Payload (*1) 35 kg (77.2 lbs)
20°C (68°F), 1 atmosphere
Maximum Speed
(forward airspeed)
20 m/s (44.7 mi/h)
Rate of Climb,
Rate of Descent
3 m/s, 3 m/s (9.8 feet/s)
Operating Range (*2) 30 km (18.6 miles)
Cruising Range(*2) 90 km (55.9 miles)
Cruising Time 100 minutes

*1 Operating altitude and payload are estimated with the fuel load at half (6ℓ).
*2 Operating Range and cruising range are based on the use of a satellite transmitter-receiver.

Proven reliability in remotely piloted helicopters

30 years of experience and proven agricultural performance.
2800+ units are currently in use for pest control in over 2.6 million acres of rice fields across Japan every year.
That accounts for one-third of all rice fields in Japan.

Representing Yamaha's commitment to remain the leading force in remotely piloted helicopters designed for precision agriculture.

Super efficient pest control in small areas

1 hectare in about 6 minutes

High pest control effect

Use the downwash effects from 3 to 4m height

Management know-how for safe operation
Cost and practicality
Avocado groves
Undulating vineyards

Proven reliability of autonomous helicopte

18 years of autonomous helicopter experience
At a distance of
1000+miles
away
Yamaha remotely controlled a FAZER
via satellite communication in 2016

Since 2000, an autonomous version of R-MAX and FAZER R have been used in many applications for environmental research, disaster prevention and the study of post disaster research in places where humans cannot safely go.

Pic. Volcano observation funded
by NHK (Japan Broadcasting Corporation)
Pic. Satellite-based long-distance, programmable-navigation

Potential fields of operations to be proven

FAZER-NEXT
can carry a 70 kg(154 lbs) payload
has a 120 minutes flight time capacity
has an airspeed of 150 km/h(93 mph)

With outstanding UAV capability, the FAZER-NEXT allows a broad range of optional equipment payload to offer innovative aerial solutions for your business.

Long distance inspection
Efficient transport
Extensive measurement
Rapid security and disaster prevention

Demonstration flights

Autopilot system Development

AUTOPILOT PRECISION FEATURES

EXACT TERRAIN FOLLOWING
EXACT TERRAIN FOLLOWING
EXACT TERRAIN FOLLOWING

AUTOPILOT SAFETY FEATURES

LOST LINK
MANUAL TAKEOVER
Terrain following in vineyard
Wide-range flight in an avocado farm
Loading special equipment for forestry
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