A small camera and LED sit on the back of the driver, where they capture an image of the screw head directly in front of the tool, The Verge reports. Next to the camera, a thin deployable probe extends and rests against the screw's surface, positioning the camera at a fixed focal distance so the shot stays sharp. That's a mechanical alignment aid, not a separate sensor doing its own computing.

That image gets sent to a connected smartphone app, which Arrowmax says processes the photo locally on the phone and returns the screw's drive type and size, according to Men's Gear and Habr. Arrowmax claims the underlying recognition model was trained on tens of thousands of real-world screw samples, Men's Gear reports. That figure comes from the company's own launch materials.

One detail worth noting for anyone who doesn't want to be tethered to an app: Men's Gear reports that only the screw-recognition step runs through the phone's AI model. Motor control, torque adjustment, and charging operate independently of the app, so the driver still works as a conventional electric screwdriver if the companion software is skipped entirely.

The $79 pledge gets the driver alone, which still auto-selects torque once the app identifies a screw. Getting the illuminated, guided bit-retrieval experience the Smart Case provides requires the $129 bundle, according to The Verge.

That case holds 52 bits made from S2 steel, built into a CNC-machined aluminum alloy shell measuring 9 x 4.6 x 1 inches, New Atlas reports.

Once the app identifies a screw, it relays the result to the case over a wireless connection. The case shows the screw profile on a built-in 2-inch TFT display and lights an LED at the slot holding the matching bit, according to New Atlas and Men's Gear. New Atlas adds that the case highlights a primary recommendation in green and a backup alternative in yellow, so a close-but-not-quite match still gets flagged.

The driver itself is a 6.7-inch aluminum body with forward and reverse buttons, a torque adjustment button, and a small OLED screen showing battery level, torque setting, and rotation direction, according to New Atlas. Power comes from a 600mAh battery that Arrowmax says handles up to 900 screws or 90 minutes of continuous use, recharging in about 70 minutes over USB-C, New Atlas and Habr report. Running the driver on manual torque instead of the automatic setting will change that reported runtime, The Verge notes.

Once a screw is identified, the driver automatically applies a torque range meant to reduce the risk of stripping the fastener, separate from whatever the app or case displays, The Verge reports. Reported figures put the four preset torque modes between roughly 0.1 and 1 Newton-meters, while Habr reports manual operation up to 3 Newton-meters, according to The Verge and Habr.

Arrowmax markets the S1 as the "world's first AI electric screwdriver with eyes and brain," language repeated across New Atlas and Men's Gear. Spoot pushes back on that framing, describing the camera as "a lookup tool, not a reasoning engine" that matches an image against a stored database and applies a pre-programmed torque curve. That's one outlet's interpretation, not a teardown, and Arrowmax hasn't published enough technical detail about the model or the torque logic for anyone outside the company to verify exactly how a photo translates into a torque recommendation.

Until that detail surfaces, the automatic torque claim remains a vendor claim rather than a verified result. No independent bench test has confirmed it protects fasteners beyond Arrowmax's own demonstrations.

The supplied coverage does not include independent hands-on testing, which leaves several practical questions open:

• Recognition accuracy on worn, painted, or heavily corroded screw heads hasn't been tested outside Arrowmax. The "tens of thousands of samples" figure comes directly from the company, Men's Gear reports.
• No source lists which phones or operating system versions the companion app supports, so buyers can't yet confirm their own device qualifies.
• Beyond identifying the screw, no published material explains what else factors into the torque selection, such as material or thread condition; The Verge and New Atlas describe the resulting range, not the logic behind it.
• The Smart Case assumes bits stay in their assigned slots. New Atlas notes the case lights the correct receptacle but cautions users not to mix up the stored bits, without saying what happens to accuracy if they do.
• Retail pricing beyond the Kickstarter window hasn't been set. The Verge reports it will land higher than campaign pledge levels but gives no figure.

The driver alone preorders for about $79, while the driver-and-Smart-Case bundle runs roughly $129 to $130, according to The Verge and Habr. Full retail pricing is expected to land higher once the campaign wraps and the product reaches general sale, The Verge reports.

The campaign has drawn real interest. Earlier this week, New Atlas put the total raised at more than $100,000, nearly ten times the funding goal, with 37 days still left in the campaign. Those figures were a snapshot taken mid-campaign, not a final tally, so expect the total to have moved since.

Arrowmax has completed prior crowdfunding campaigns, giving it more of a track record than a first-time Kickstarter project, The Verge notes. Even so, April 2027 is the earliest stated delivery target, not a guarantee. Backing in late October would mean waiting roughly six months or more for delivery if that estimate holds.

Treat the Arrowspace S1 as a Kickstarter pledge, not a purchase. The $129 bundle is what delivers the illuminated Smart Case workflow; the bare $79 driver still auto-selects torque but leaves bit-matching to the app alone, according to The Verge.

Check the companion app's phone compatibility before pledging, since no published source confirms a device list yet. Wait for independent hands-on reviews before assuming the recognition system performs as reliably as Arrowmax's own published claims suggest.