Arrows Hobby 027P-VEC 1400mm Sky Cruiser PNP w/Vector RC Aircraft

Product Code: AH027P-VEC
Barcode: 744203685618
$339.99
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Stock levels are subject to continuous change and may vary from store to store. Store transfers and holds available on request by emailing support@metrohobbies.com.au

The Arrows 1400mm Sky Cruiser is a fantastic option for a training aircraft, offering stability, ease of flying, and simple controls. It features an advanced 40A ESC and a 3536-KV850 motor for precise control. The "front three-point" landing gear design makes landing easier and improves ground stability. CNC-machined metal shock-absorbing front landing gear and LED navigation lights improve safety and visibility during night flights. The transparent cockpit canopy with a realistic pilot and instrument panel, along with functional flaps, offers an authentic flying experience. Made from lightweight yet high-rigidity EPO foam, it enhances flight performance and ensures aircraft durability.

Features

  • The factory configuration includes a high-quality 40A ESC (Electronic Speed Controller), a 3536-KV850 motor and 6pcs 9g servos for precise control of flaps, ailerons, elevators, and rudder.
  • Featuring a "front three-point" landing gear, the aircraft is easy to control during landing, exhibits good ground stability, and is less prone to deviation and tipping during taxiing.
  • CNC machined metal front landing gear with built-in CNC metal shock absorption and external use of realistic plastic components.
  • Five bright LED navigation lights are distributed on the left (red light x1, solid-on) and right (green light x1, solid-on) wing tips, left wing (white lights X2, solid-on), and tail (red light X1, flashing), enhancing the enjoyment of flying and improving visibility.
  • An oversized cockpit canopy in a transparent brown vacuum-molded cabin, complete with a pilot and lifelike instrument panel adds fun and scale realism to the flying experience.
  • Functional flaps (movable).
  • Plastic strut braces effectively increase wing strength, facilitating high-speed flight.
  • Realistic decorative antennas.
  • Efficient 11-inch three-blade propeller.
  • Constructed from lightweight and high-rigidity EPO foam.
  • Detailed aesthetics, excellent performance, stable flight, and sturdy landing gear make the Arrows Hobby 1400mm Sky Cruiser suitable for both beginners and advanced flight training.

Requires

  • 1x 6 channel transmitter
  • Li-Po 11.1V 2200mAh 25C Battery and Battery charger.


  • Wingspan : 1,410mm/55.5in
  • Overall Length : 1,100mm/43.3in
  • Flying Weight : Around 1,520g
  • Motor Size : 3536-KV850
  • ESC : 40A
  • Servo : 9g Servo x 6
  • Radio : 6CH Channel
  • CG (center of gravity) : 60mm (From Leading Edge)
  • Prop Size : 11*6 , 3-blade
  • Recommended Battery : Li-Po 11.1V 2200mAh 25C
  • Aileron : Yes
  • Elevator : Yes
  • Rudder : Yes
  • Flaps : Yes
  • Retracts : No
  • Approx. Flying Duration : 6min
  • Minimum Age Recommendation : 14+
  • Experience Level : Beginner
  • Assembly Time : 30mins
  • Wing Load : 56.3g/d㎡
  • Wing Area : 27d㎡

Installation Precautions

  • 1.The vertical and horizontal stabilizers should be glued together first, and then affixed to the fuselage using foam glue applied in small amounts, approximately 2-3 grams or enough to cover an area of 1 cm² each time.
  • 2.Use a screwdriver over 120mm in length to tighten the screws for the front landing gear, ensuring they do not loosen.
  • 3.When wiring the vertical stabilizer navigation light, the wiring of the navigation light uses a small plug, and the wire trough is relatively narrow, applying gentle force to prevent damage and confirming the correct wiring direction to avoid a reverse connection.
  • 4.The wing Struts bases are differentiated for left and right sides, ensure correct positioning and orientation before applying glue evenly to ensure proper installation.
  • 5.For the rudder angle, install longer screws on the inner side of the rudder, ensuring they are tightened adequately to prevent looseness.
  • 6.To install the receiver, organize the wing wiring first, then connect the receiver with the vector system, planning the wiring direction in advance to avoid confusion. After installation, verify that the receiver is functioning properly.