The Problem Solvers Sketchbook and Bench Reference Guide exists because writing things down is important. Sketch out new ideas, record findings, workarounds, geometries, spoke lengths, never-try-it-agains, or just to doodle during that boring meeting at work. - DIY Reference and/or User Manual - Engineer-ruled for oddball geometric sketching - Includes semi-useful tables and tools
Who knows more about dog attacks that the mailman? Letter carriers have had to deal with aggressive dogs since Claudius Polonius was delivering rolls of parchment to citizens of the Roman Empire. So what do the experts use to repel dog attacks? Well, the U.S. Postal Service has been using Halt! Since 1966. You might say they have been conducting field tests for over forty years. Halt! Products use Capsaicin, a naturally occurring extract of peppers, which, when sprayed in a dog's face, causes only temporary, but extreme discomfort for the dog. Think of it as attitude re-adjustment. Halt! Stops dogs in their tracks, giving you time to move out of danger. Halt's pressurized spray is accurate up to 10 feet.
$9.99 - $12.50
Greenfield's Kickstand attaches quickly and easily to most bicycles and provides a safe and convenient way to park your bikes at home and on the road and trail. It's also durable, lightweight, and looks great on any bike. Plus, it's made of a special non-corrosive aluminum and is built to last. You'll want one on all your bikes! - 285mm (for bikes 22" and under), 305mm (for bikes 22" and over) - For bikes without factory mounting plate (includes top plate and bolt) - Certified Non-Corrosive Casting - Snap Action Mechanism - Non-Slip Clamping Surface
$9.99 - $10.99
The Greenfield KS3 is a center-mounted kickstand. It's lightweight, durable, and looks great on any bike. The kickstand is constructed from aluminum and made in the USA. - For bikes with a factory mounting plate (includes bolt) - 285 mm (for bikes 22" and under), 305 mm (for bikes 22" and over) - Certified Non-Corrosive Casting - Snap Action Mechanism - Non-Slip Clamping Surface
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