Addiction

Following PA tradition this model too gives the word QUALITY a whole new meaning. From the design to the construction, the hardware and the level of finish - the attention to detail is second to none

The Addiction is a TRUE ARF, 99% built for you in our factory:

• Pre installed CF anti rotation pins
• fibreglass pre cut cowling reinforced with carbon fiber. No cutting is required! The cowling aerodynamic design (intakes, outtakes), clever motor box design and two large air scoops allow airflow to efficiently cool the motor, battery and ESC.
• Pre-fabricated tinted canopy and hatch is one unit attached to the model with very strong magnets. No canopy trimming or gluing is required.
• Pre-drilled stiff CF landing gear and pre-installed blind nuts in the fuselage allow a quick and trouble free undercarriage installation.
• Pre glued motor box with the correct thrust line already built in.
• CNC Machined pre cut firewall. Simply bolt your motor on!
• pre cut fiberglass wheel pants with ply mounting plate (pre-installed in the mould)
• The brief assembly is a joy and most modellers will have it set up in one evening.

Features

• Two-piece removable wings
• All new Fiberfusion® technology
• Largest wing area and lightest model in its category (=lowest wing loading)
• State of the art laser cut light ply, balsa and carbon fiber construction
• 5 lightweight transparent color schemes to choose from with solid white trimming.
• Top quality hardware kit.

100% Carbon fiber features

• CF FiberFusion® construction
• CF pushrods
• CF wing tube
• CF firewall locker
• CF Leading edge
• CF quality landing gear
• CF reinforced cowling
• CF CNC machined battery tray
• CF CNC machined control horns
• CF wing and fuselage sleeve/spar
• CF elevator trailing edge reinforcement (pre installed)
• CF CNC machined double rudder control horn
• CF anti-rotation wing pins (pre installed in the factory)

Optional upgrades

• Carbon fiber wheel pants
• CNC machined carbon fiber spinner
• CNC machined carbon fiber servo arms for correct linkage geometry