- Tue Aug 30, 2016 5:51 pm
#61921
Exile you may or may not have one in your shed, but I bet you know someone that does.
Fortunately my nearest guy is 10 miles away and I pass the turning for his workshop several times each week.
It may on reflection seem to have been a throw away remark but I happen to believe it's the only method to get true value for money out of any bolt-on part that has been fitted specifically to enhance performance or simply to improve on what we already have. We can set our ignition to a specific amount of advance before TDC, but is that the correct amount of advance that the engine runs best with? The last Enfield I owned prior to my current one required 38degrees of advance for maximum performance.
Because of the production line variance, getting the ignition timing right is probably among the cheapest upgrades going. Once the correct ignition advance has been ascertained it needs to be accurately measured so the setting can be repeated again if need be.
Fortunately my nearest guy is 10 miles away and I pass the turning for his workshop several times each week.
It may on reflection seem to have been a throw away remark but I happen to believe it's the only method to get true value for money out of any bolt-on part that has been fitted specifically to enhance performance or simply to improve on what we already have. We can set our ignition to a specific amount of advance before TDC, but is that the correct amount of advance that the engine runs best with? The last Enfield I owned prior to my current one required 38degrees of advance for maximum performance.
Because of the production line variance, getting the ignition timing right is probably among the cheapest upgrades going. Once the correct ignition advance has been ascertained it needs to be accurately measured so the setting can be repeated again if need be.