I've long thought that hand tools aren't designed with weight in mind.
Those of us who carry tools in vehicles could save fuel & vehicle
wear expenses (eg, brakes) if we hauled less weight around.
Titanium & beryllium copper tools are lighter, but far far too spendy.
Weight can be saved by changing designs instead of using
exotic materials.
Examples....
1) Wrenches could have an I-bean cross-section of the handle.
I-beam is the most structurally efficient way possible.
Another would be a tubular handle instead of solid.
2) Ratchets could eliminate the enclosure of the mechanism.
3) Pry bars could use steel ends attached to aluminum tubing.
(I have a couple like this, but they're no longer made.)
4) Machine moving skates could use aluminum frames
instead of steel.
5) Heavy duty jacks could eliminate material where it
doesn't contribute to strength.
There've been some tools made this way, but no one has
brought a comprehensive line of tools dedicated to light weight
for the general mechanic.
Those of us who carry tools in vehicles could save fuel & vehicle
wear expenses (eg, brakes) if we hauled less weight around.
Titanium & beryllium copper tools are lighter, but far far too spendy.
Weight can be saved by changing designs instead of using
exotic materials.
Examples....
1) Wrenches could have an I-bean cross-section of the handle.
I-beam is the most structurally efficient way possible.
Another would be a tubular handle instead of solid.
2) Ratchets could eliminate the enclosure of the mechanism.
3) Pry bars could use steel ends attached to aluminum tubing.
(I have a couple like this, but they're no longer made.)
4) Machine moving skates could use aluminum frames
instead of steel.
5) Heavy duty jacks could eliminate material where it
doesn't contribute to strength.
There've been some tools made this way, but no one has
brought a comprehensive line of tools dedicated to light weight
for the general mechanic.