Yeah I was thinking its good to go , just wondering if there was anything else I could take from the test. Hoping to keep on top of the maintenance as to keep the bills down in the future.
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Healthy results, congrats!
Your mileage may vary, objects in mirror are closer than they may appear! As long as both cylinders continue receiving their air/fuel + oil in the correct ratios, you likely will obtain many more hours. Avoid over-revving, my belief is the 951 shouldn't be run hard for more than a short period of time b/c the cylinder temps rise too much due to the quantity of heat generated. Running substandard fuel (stale or poor grade), especially at accidentally lean ratios, quickly leads to detonation and piston damage. Lean meaning there will eventually be some fuel delivery issues crop up as most any fuel system can become gummed with varnish, contamination, corrosion, inward air leaks at seals or fittings, worn or aged components over a period of time. Avoid running, especially at high speed and load, if the engine is not making power and responding to the throttle as it should, in these cases a lean fuel condition is often the culprit, a culprit that quickly leads to damage.
Repeat compression test early and often to monitor engine condition (I test mine end of every season, minimum, regardless of how well the engine has been running. Every time the spark plugs are removed for inspection wouldn't be a bad idea, IMO) and don't run a damaged engine, a worn engine quickly leads to further damage b/c thermal blow-by will compromise the oil film cushion between the piston and cylinder walls. Excessive bore clearance traps heat in the piston dome, leading to over-heating pistons, oil film failure, and cylinder seizure issues.
Remove and dissassemble the pneumatic RAVE power valves and scrub the carbon off the valve blades at least once per season, monitor wear in the cast bellows housing shaft bore. Look for signs excessive wear in the shaft bore has allowed hot exhaust to enter the rubber bellows area and damage the rubber/plastic components used to actuate the valves pneumatically. Running better oil makes for fewer carbon deposits on the blades and in the cylinder slides, carbon is abrasive and power is compromised if the blades cannot move freely.