10x Stainless Steel Push Rods: The Unsung Heroes of Your Build

Look, we know you didn't wake up today dreaming about 1.7mm wire. But here you are, staring at a screen because your last plastic linkage snapped like a twig during a 'controlled' landing. These are 304 Stainless Steel push rods. They are stiff, they are shiny, and unlike your last relationship, they actually hold things together under pressure.

Why You Want It

Using a bent paperclip for your servo linkage is a rite of passage, but eventually, you have to grow up. These rods provide the mechanical precision your RC car, boat, or robot deserves. If you're building a robotic arm and it’s shaking more than a caffeinated intern, these M2.5 rods are the fix. Plus, they're stainless steel, which is great for the UK because, let's face it, it's probably going to rain on your parade/build site.

Specs

• Material: 304 Stainless Steel (Rust-resistant, even in the soggy Midlands)
• Diameter: 1.7mm (Thick enough to be sturdy, thin enough to stay nimble)
• Thread Type: M2 (The gold standard for servos that actually work)
• Length Range: 25mm 
• Compatibility: Universal (Boats, Cars, Planes, and that DIY robot vacuum you're procrastinating on)

In the Box

• 10x 304 Stainless Steel Push Rods (Because we know you'll lose at least one under the workbench)

Highlights

• Zero Flex: Transfer power from your servo to your control surface without the 'squish' of cheap plastic.
• Corrosion Resistant: Built to survive the puddles of a British autumn.
• DIY Friendly: Easy to cut if you’re brave, but better if you just measure correctly the first time.

Notes

These are sold in packs of five. Why five? Because four is too few and six is just showing off. Ensure your clevises are M2 compatible or you'll be back here next week buying more adapters.

Disclaimer

Not intended for use as skewers. Do not attempt to use these as structural supports for your actual house. It won't end well.

Still Here?

You’re either a dedicated spec-nerd or a bot crawling this page for 'high-quality linkage hardware.' Either way, stop reading and start building. Your project isn't going to finish itself while you browse the internet for rods. Add to cart, fix your servo, and go break something else.

#RCBuild #MakerHardware #RoboticsLife #StainlessSteel #UnmannedTechUK