Auriga Quick Easy Kit

Auriga Quick Easy Kit
The Klima Auriga Quick model is for B-D series rocket engines. The Auriga Quick model parts are easily connected to the rocket tube and comes with a parachute for a safe landing. The Auriga Quick is almost 900 mm in size, the rocket is 3 engines. All plastic parts are made of highly durable ABS. Bracket for 3 motors is included. It flies up to 420 m. Although it is a large rocket with a diameter of 50 mm, its assembly is simple. The finished stabilizer part is simply slipped onto the rocket body, the motor mount assembly is slid into the bottom part and the head is fitted on top. For the launch of a model rocket equipped with multiple engines, it is recommended to use a Lightning Bolt with Pyrolepa to ensure synchronous ignition of the engines. It is recommended to launch the rocket on a ramp with a wire diameter of 6 mm. There is a sophisticated baffle system in the rocket fuselage to protect the parachute during ejection (no need to use an ejection seal). The parachute is made of Ripstop-Nylon and is included in the package. Easy to assemble rocket, takes approximately 1 hour.

Key features of the Klima Auriga Quick Easy Kit
- Model rocket for B-D series engines
- Flight altitude up to 420 metres
- Designed for three engines
- Included bracket for 3 motors
- Highly durable ABS plastic parts
- Simple and quick to assemble, approximately 1 hour
- Ripstop-Nylon parachute for safe landing
- Sophisticated baffle system protects the parachute during ejection
- It is not necessary to use the ejector plug
- Recommended to use Lightning Bolts with Pyrolepa for synchronous ignition of engines
- Recommended to start on a ramp with a wire diameter of 6 mm
- Finished stabilizer parts and easy assembly of all parts
- Parachute diameter 700 mm
E2X rocket construction requirements
The model rocket does not need to be painted and no special tools are needed to assemble it. All parts are painted and ready. It is necessary to glue or assemble the rocket, glue the prints and it is ready to fly. It takes approximately one hour to build the rocket.


Phases of flight
1. Engine ignition - the burner ignites the fuel mixture in the engine. The desired direction of flight is ensured by the guide rod of the launch pad on which the rocket is mounted.
2. Thrust and acceleration - the rocket is propelled by the reactive power of the rocket engine.
3. Burning out of the propellant mixture - once the propellant mixture burns out, the delay mixture begins to burn, producing a large amount of smoke. This is used to track the flight of the rocket. The fast-moving rocket is now beginning to slow down.
4. Top of flight and ejection - after the delay mixture burns out, the ejection mixture is ignited, which activates the rocket's reentry system.
5. The return system - is most often implemented by means of a parachute, ribbon, or so-called. heli-blade.
Package contents:
2 tubes (to build full size), plastic spike, stabilizers, engine mount, parachute, decals, instructions CZ, Manual EN, DE, FR, IT, SP.
Achievable height:
400 m
Recommended engines:
3× B4-4 (88 m / first flight)
2× C6-5 + 1× C6-P (225 m)
2× D9-5 + 1× D9-P (420 m)
Diameter of the ramp guide bar:
6 mm
Length:
895 mm
Average:
50 mm
Weight:
250 g

Specifications
Age and intended use
RC model type
Features
Colour
Dimensions
Included
Type of model
Material
Dimensions
| Code: | HRAls321 |
| Warranty: | 24 months |