outdoor gear

The Arrowmax S1 picks the bit and torque so you don't have to

The Arrowmax S1 electric smart driver looks at the screw, identifies the bit you need, sets the torque, and then just waits for you to hold it steady.

4 min readNew Atlas
The Arrowmax S1 picks the bit and torque so you don't have to
The S1 e-driver includes forward and reverse buttons, a torque adjustment and a slim status display

The Arrowmax Arrowspace S1 is a very silly name for a tool that might just be smart enough to justify it. Our take is simple: this is the first time a power driver has made us genuinely curious about letting a camera tell us how to turn a screw, and we are equal parts delighted and suspicious. The S1 uses an HD camera system to identify the bit you've dropped in and automatically sets the torque range, so your only job is to hold it steady and let the powered head do the work. It is, as the campaign copy gleefully admits, a step or two removed from a fully autonomous robo-driver, which is either the future of home repair or the beginning of a very expensive lesson in why you should never trust a screwdriver that thinks it knows better than you. This lands in a category we've been circling lately, right alongside the Dragon Tiny Homes finally builds a tiny house that doesn't fight you for floor space, both are products that promise to remove the friction of a physical task by offloading the thinking to a machine. The difference is that a tiny house doesn't strip your screw head when it misjudges the grain.

Let's be clear about what this thing actually does, because the marketing language is doing some heavy lifting. The S1 does not think. It does not learn your habits or predict your next project. It takes a picture of the bit you've inserted, matches it to a database, and applies a pre-programmed torque curve. That is genuinely clever, matching a Phillips #2 to the correct torque for drywall versus hardwood is a real pain point, and automating it saves a small but meaningful amount of mental energy over a long afternoon of assembly. But it is not AI in the sense that it understands context. It cannot see that the screw is rusted, or that the pilot hole is too shallow, or that the material is a soft pine that will crumble under the recommended setting. The camera is a lookup tool, not a reasoning engine. We are reminded of the Home Depot Has a Gerber Multi-Tool That Costs Less Than a Good Lunch, that tool costs fifteen bucks and will never, ever argue with you about how hard to turn. There is a weirdly refreshing honesty in a tool that just lets you be wrong.

The practical question, as always with a crowdfunding campaign, is whether this ships as promised. Arrowmax is asking you to trust a camera, a motor, and a torque sensor all crammed into a handheld body that has to survive drops, dust, and the occasional angry throw across a garage. The spec sheet says "HD camera system" but does not say what kind of stabilization or protection it has. The torque range is listed as "recommended" but not given a hard number. These are the razor clams, the narrow details everyone scrolls past, that will determine whether the S1 is a legitimately useful evolution of the electric screwdriver or a clever Kickstarter that teaches you more about crowdfunding than it does about fasteners. The takeaway is direct: if you are the kind of person who already has a tab open on this, wait for independent testing of the torque accuracy at the low end. That is where tiny screws in delicate electronics live, and that is where a smart driver that guesses wrong becomes a dumb driver that breaks your stuff. Stay spooty.

From New Atlas

Basically all that's left for the dumb human to do when using the all-new Arrowmax Arrowspace S1 electric smart driver is dropping the bit in the tip and holding the driver steady – the S1 takes care of everything else. It uses an HD camera system to identify the exact bit that you need and automatically sets the recommended torque range. Slide that bit in and simply hold it to the screw head, and the driver then uses its powered head to screw or unscrew it. It's just a step or two removed from a fully autonomous robo-driver that takes…

Read the original at New Atlas