LX0499 - GOBLIN 500 - Ultra Dampeners

Description

Here at Lynx Heli Innovations we are helicopter pilots and fly the same models you do.

From our test experience we decided to design special Goblin 500 dampeners and made it suitable for intense 3D maneuvers.

By combining our engineering and helicopter experience we have designed special dampeners that hold the spindle and reduce play to emphasize the quick cyclic input reaction.

Our dampeners will increase the response and the fly precision in your Goblin 500.

Lynx Goblin 500 dampeners are composed by two pieces - one O-ring to maintain the necessary preload (to remove side by side play) and one bushing in techno-polymer auto-lube to assure maximum load and friction resistance.

These dampeners give your Goblin 500 an incredibly precise feel in the air. The difference is visible, particularly in fast forward flight and with quick pitch changes, or any complex 3D maneuvers

Our tests show that Goblin 500  Lynx dampeners are advised when high head speed is requested, specially designed for 3D fly.

FEATURES:

-         Increased head rigidity give precise and crispy fly feeling.

-         Quick move response

-         Incredible spam life resistance.

-        Direct replacement for your Goblin 500 heli.

TECHNICAL SPECIFICATION:

-         O-Ring Material: EPDM Rubber Compound (Elastomer)

-         Bushing Material: Techno-Polymer base POM.

PACKING LIST:

2 x Goblin 500 Ultra Dampeners – Bushing

2 x O-Ring Elastomer

TIPS FOR BEST PERFORMANCE AND EASY INSTALLATION:

Before install Lynx Goblin 500 dampeners disassembly the main grip and remove STD dampeners, about the STD metal shims, keep it because need reinstalled.

Don’t lubricate the O-Ring or any other parts.

1- Install the O-Ring and the Bushing respecting the order shown in the extra picture below. Press-in the bushing may require a moderate force.

2- Install the STD Shim.

3- Finalize the Main Grip install, per Goblin 500 manual

Once finish assembles, test and in case of cyclic shacking adjust cyclic gain reducing Aileron and Elevator gain.

Additional Images