Completion: 75% complete (as shown on trailer in photos) Requires final kit from Composite FX, includes engine mounting, auxiliaries, monitoring, glass cockpit, and test flown.

Purchase Year: 2014

Manufacturer: Composite-FX / Innovator Technologies

Model: XET

Serial Number (airframe): MXE1247A14B

Serial Number (power plant): S377982

Registration #: NA

Condition: New

Flight Rules: VFR

Airframe (Total Time): 0.0

Power Plant (Total Time): 317.9

Number of Seats: 1

Owners: Myself

Description: Brand new, this is the ultimate experience in performance, technology and pure “wow” factor. With a top speed 100+ mph and rated climb rate of 1200 feet per minute this performer will satisfy the most demanding pilot and turn heads and gather crowds wherever you travel. There is nothing like the pure power and sound of the turbine propelling your helicopter into performance parameters all others will envy. Build turbine helicopter time for around $50 per hour! This is legally recognized as a turbine helicopter! Only a private fixed wing license is required to fly the Mosquito XET in the US. No helicopter license is needed.

**Manufacturers Specifications**

Length

Overall: 20 ft

Airframe: 16 ft

Width: 72 in

Height: 84 in

Main Rotor Diameter: 19 ft 6 in

Tail Rotor Diameter: 40 in

Empty Weight: 433 lb

Gross Weight: 820 lb

Useful Load: 240 lb

Fuel Capacity: 20 gal

Engine: Solar T62-2A1

Professionally inspected and tested by Chris Harrington in MA

Engine Power: 90 hp

**Performance**

Maximum Speed: 100+ mph

Cruise Speed: 80 mph

Climb Rate: 1200 fpm

Flight Time: 1.9 hr

Fuel Consumption: 10.5 gal/hour

Main Rotor: 590 rpm

Tail Rotor: 2700 rpm

Airframe Notes: The Mosquito XE airframe is a unibody construction made entirely of high-quality fiberglass. Body and structure are the same to minimize weight and maximize structural efficiency.

Engine Notes: 90 hp (67 kW) Solar T62-2A1 turbine. The Solar T62 Titan is an American gas-turbine engine used mainly as a helicopter Auxiliary Power Unit, ground power generator or helicopter power-plant. A centrifugal clutch on the engine crankshaft permits startup of the engine without the load of the rotor. XET Engine Power is transmitted from the clutch to the driven pulley of the reduction through an HTD cog belt, one of the highest powers to weight ratio power transmission methods available. The driven pulley houses the sprag clutch which permits the rotor to overspeed the engine during autorotation. Power is transmitted to a splitter gear box at the front of the tail boom through flex couplings and a floating drive shaft. The gear box sends power to the tail rotor through a drive shaft housed in the tail boom. Another floating drive shaft then transmits power to the secondary reduction at the top of the mast which drives the main rotor through a second high capacity HTD cog belt.

**General Characteristics**

Type: Turboshaft

Length: 33.41 in

Diameter: 21.375 in

Dry weight: 142 lb

**Components**

Compressor: Centrifugal Impeller

Combustors: Annular reverse flow with six burners

Turbine: Radial inflow impeller

Fuel type: JP-4 / JP-5 / JP-8

Oil system: Wet sump Performance

Maximum power output: 60 to 150 hp

Power Train: The primary reduction is bolted directly to the engine.

Prop Notes: The main rotor is a semi-rigid configuration. Main rotor blades consist of an aluminum spar bonded to a wrapped aluminum sheet skin. Foam plugs at both ends prevent interior contamination and pumping losses. The tail rotor is also of a semi-rigid configuration with aluminum skin wrapped around a tube and foam plugs at either end. A 45 degree drag hinge is utilized to maintain tail rotor alignment.

Avionics: NA

Additional Equipment: The control system is unique to the Mosquito. Main rotor control is achieved from the floor mounted joystick and collective through a control mixer in the base of the main mast, then through push tubes in the mast up to the base of the swash plate. The swash plate is contained within the mast and is supported by a push tube located in the rotor shaft. Control rods on either side of the push tube transmit inputs through the rotor shaft to the control lever on top of the rotor shaft and then down to the blade pitch horns through pitch links. The tail rotor is controlled by the foot pedals through a push pull cable to an actuating lever on the tail rotor shaft.

Gear box monitoring

Upgraded clear windshield, 3/16 inches

S-cyclic handle

Pitot tube assembly

Ground wheel kit

Vertical stabilizer wing kit w/ light

Mounted strobe

Auxiliary fuel tank kit

Large dashboard

LED skid light kit

Powder coated skids

Year Painted: 2015

Documentation:

Mosquito XE Assembly & Operating Manual

Rev 6

700+ build photos

Invoices

Sales Contracts

Build log

Purchase log


Price: Auction

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Seller's other items: ryaparke13

Location: Robinson, Illinois, United States