ZRX61 wrote:
51fixer wrote:
All aircraft are together and flyable.
NOOOOO! You can't go around saying outrageous things like that!

We can't have aircraft owners thinking this is an actual possibility.

Always leave one minor squawk on the list
Jim, ignore what Rich said. He was mistaken, probably running a fever or something

Pulled the Spit out to do a ground run to confirm it is still deserving to remain cowled up-
I'll take you through a ground run but the servicing needed is the same whether it is flown or run on the ground.
Since the brakes are operated by air pressure the air system should be serviced prior to the start. If you want to run with chocks to build up the system pressure it can be done but you'll be in one spot for awhile.
This is where I have added a service connection in the fus.

Normally it is serviced through a small panel with a hard to access valve in the L/H wing leading edge adjacent to the engine. That Ts into the same line from the compressor so the system relief valve will bleed off excess input pressure. By servicing in the fus it is easier to access the filler valve but you must be aware not to exceed 300 psi.
In the above pic the can on the left along the bottom is an electrical solenoid valve to open the Radiator Exit Doors. Next to that is a reducing regulator and manifolds.
Looking aft in the fus are the storage tanks for the air system.

Warning for servicing the air system.

Upon entering the cockpit you turn on the Main Fuel Feed Cock-


The brakes are engaged by pulling on a bicycle type handle mounted on the control yoke. There is also a device to lock the brakes on for a parking brake of sorts.

There is also a gauge on the L/H of the panel that shows the system pressure along the top and also has 2 needles that show air pressure to each wheel. The pressure sent to a wheel is regulated by a valve attached to the rudder pedals.
Gauge showing both brakes applied-

Left brake on-

Right brake on-

I didn't change the grip of my hand pulling on the handle, just the position of the rudder pedals.
Battery Master and the majority of the electrical switches are located to the left of your leg-

Engine preoiler as discussed previously in this thread-

The instrument panel master also locks the 2 Magneto switches in the off position. Engage the switch and the Mags can be turned on.

KiGAS Primer with a selector for the source of the priming liquid. There was some sort of open line on the bottom of the fus that a ground crew member would hold a cup of highly volatile starting fluid up to as an aid in starting the engine or you could just select the line that feeds from the fuel tank. The remaining position is an off position.

Using the Primer

Starter Switch and the Boost Coil Buttons are located under the instrument panel just off center to the R/H side of the stick.

Engine instruments are on the R/H side of the panel, monitor as it warms up

If you wonder what the visibility is on the ground here is what you can see-

Back at the hangar-

Stable mate for the long cross country to Reading-
