- 6.5.2 – Rudder Pedals
- 6.7.1 – Spar Positioning
- 6.1.5 Keel Hardpoints
- 6.8.1 – Canard Reinforcements
- 6.1.3 Keel Access Holes
- 6.2.3 Front Seats
- 6.3.1 Assemble Rudder Pedals
- 6.3.1 Brake Lines
- 6.3.1 Brake lines
- 6.3.1 Brake Lines
- 6A.3.1 Toe Brakes
- 6A.3.1 Parking Brake
- 6.6.2 – Install Landing Gear Selector
- 6.2.2 Safety Harness Hardpoints
- 6.9 Overhead Fresh Air Plenum Modification
- 6.9 Overhead Fresh Air Plenum Installation
- 6.3.7 Keel Installation (prep)
- 6A.3.1 Rudder Pedal Assembly
- 6.3.7 Keel Installation
- 6.7.2 Main Spar Installation
- 6.7.3 Main Spar Triax Layups
- 6.2.1 Seat Hardpoints
- 6.1.2 Keel Access Cover Flanges
- 6A.3.1 Rudder Pedal Installation
- 6.6.2 Install Instrument Panel
- 6.2 Assemble Seats
- 6.8 Doghouse Edge Finishing
- 6.8 Canard Reinforcements
- 6.8.2 Doghouse Attach Points
- 6.5.4 Install Nylaflow Tubing for Rudder Cables
- 6.3.7 Install Aft Keel Section
- 6.9 Overhead Plenum Lights
- 6.0 Aft Carbon Beam (Remediation)
- 6.9 Overhead Fresh Air Plenum
- 6.9 Overhead Fresh Air Plenum Painting
- 6.0 A-Pillar Beam (Overhead Switch Panel)
- 6.3.2 Front Seat Assembly
- 6.3.2 Front Seat Rails
- 6.3.2 Seating modifications
- 6.2.2 Safety Harness Replacement
- 6.2.2 Safety Harness Replacement
- 6.3.2 Seat rails and hardpoints
While I had already assembled the rudder pedals before, I did modify the pilot side pedals to add legroom. And the components aren’t all assembled with locking nuts. So now it’s time for the final assembly.
While I was getting ready to finish the rudder pedals, Malcolm (ever the perfectionist) pointed out something. This is the top of the master cylinder for the co-pilot side, right rudder pedal. It is attached with a long bolt and (right to left) a locking nut, washer, top of master cylinder, three washers and the rudder pedal arm.
This is how the manual says how to do it. So it’s right. Right?
Well that big gap at the top? Not… optimal. And those THREE washers between the arm and master cylinder? A flat surface (washer) up against a curved surface? Again, not optimal.
So here’s the solution:
Custom made spacers that will prevent any binds and keep the ends of the master cylinder from being pinched.