Extended Reach Cordless Ratchets Compared: Milwaukee M12 2569 vs Kimo

Introduction

Extended reach cordless ratchets occupy a specific niche: mechanics who need to get past brackets, hoses, and frame rails but do not want to give up much speed. Two tools sit at opposite ends of this market. The Milwaukee M12 2569 Extended Reach High Speed Ratchet is the newest long-reach entry in the M12 lineup, while the Kimo Extended Reach Cordless Ratchet is the number one selling extended reach cordless ratchet on Amazon, typically sold as a kit with a charger and 2 Ah batteries for around 100 to 110 dollars.

The specs on paper make this look like a close fight. Milwaukee advertises 35 foot-pounds at 450 RPM. Kimo claims 40 foot-pounds at 400 RPM. Real-world testing tells a very different story.

Why Extended Reach Matters

The appeal of a long-reach ratchet is simple: it can physically reach fasteners that a standard-length tool cannot, and the extra length gives you more leverage for hand-ratcheting stubborn bolts. The Milwaukee 2569 combines the reach of the brand’s slower 2560 extended model with the high-speed motor of the shorter M12 ratchet, which is a combination that should appeal strongly to working mechanics.

That mix of reach and speed is genuinely rare. Most extended reach tools historically traded away RPM to gain length, so a long ratchet that still spins fast is a meaningful step forward for the category.

Head Size and Weight

In tight engine bays, the cross-sectional size of the ratchet head determines where the tool fits. The Milwaukee maintains the tiny head of the original M12 high speed, measuring 17 points, with a low-profile forward and reverse selector that occasionally gets in the way but saves significant space. The Kimo head is noticeably larger at roughly 1.2 by 1 inches, equivalent to 23 points, and its spinning interference-style selector costs it additional clearance. Its head design actually resembles the Hercules extended reach ratchet quite closely.

Weight goes to the Kimo, which came in at 2.18 pounds as tested against the Milwaukee’s 2.51 pounds. The Kimo’s 2 Ah battery feels very light, though that lightness is not usually a promising sign for sustained performance.

Speed: Where the Milwaukee Runs Away

Advertised free speed was supposed to be the closest matchup in this comparison: 450 RPM for the Milwaukee versus 400 RPM for the Kimo. Measured results dismantled that expectation. The Milwaukee 2569 was clocked at 742 RPM, well beyond its stated maximum, and not a double-registration error. Its shorter high-speed sibling also measured around 604 to 655 RPM despite a 450 RPM rating, so Milwaukee is underselling its speed across this line. The previous-generation extended model, rated at 200 RPM, measured only 188 to 195 RPM.

In the bolt gauntlet, a practical test using nylon lock nuts of increasing resistance, the Milwaukee finished miles ahead of the older extended model, and a tight race against its own shorter version ended with the shorty at 100 seconds flat and the 2569 at 108 seconds, with most of that gap lost on the biggest, most pre-torqued fasteners where hand intervention matters more.

The Kimo Under Real Load

On paper the Kimo should have been competitive. In practice, the gap was enormous. The Kimo was so slow under load that it took 294 seconds to complete the same gauntlet the Milwaukee finished in 108 seconds, roughly three times longer. By the time the Kimo finished its first bolt, the Milwaukee was already halfway through the fourth. Once asked to do more than spin freely in the air, the Kimo visibly struggles, and five minutes of continuous ratcheting made for a genuinely painful test session.

This is a case where the number one best-seller status on Amazon does not reflect measured performance. If you own one and it has worked fine for light tasks, that is fair, but there is dramatically better performance available at the same price.

Torque: Big Promises, Modest Delivery

Neither tool met its advertised torque. The Milwaukee 2569 delivered 23 to 26 foot-pounds depending on the battery used, below its 35 foot-pounds claim and slightly below the standard-length high speed model. The Kimo fared worse, delivering 19 to 22 foot-pounds against a 40 foot-pounds claim, roughly half its rating, alongside a measured 220 RPM against a claimed 400. Milwaukee’s shortfall is smaller and in a category where the brand usually meets its numbers, but both tools underdeliver. The Kimo’s scoring total lands it at the very bottom of the ranking, below even the previous last-place tool.

Which One Should You Buy?

The Kimo kit’s appeal is understandable: around 100 to 110 dollars with a charger and two 2 Ah batteries, roughly two and a half times cheaper than the bare Milwaukee. But the performance gap is not close. Even a similarly priced corded-grip Husky ratchet with an integrated battery is described as twice the ratchet the Kimo is. A flat-out do-not-buy recommendation is rare, and this is one of them.

The Milwaukee 2569 is a much stronger tool, and it would still be the pick if both were on the table. The real criticism is its price: at 250 dollars, the bare tool costs as much as an 18-volt half-inch high torque impact wrench, and it is hard to believe those two tools cost the same to make. It is also fair to wish it traded a touch of its surplus RPM for more torque. If it carried the same price-to-performance balance as its shorter sibling, it would rank far higher.

Conclusion

The Milwaukee M12 2569 is the easy performance winner: a rare extended reach ratchet that keeps high-speed motor character, a tiny head, and fast gauntlet times, held back mainly by a steep 250 dollar bare-tool price. The Kimo extended reach ratchet wins on weight and price but fails badly on real-world speed and torque, delivering roughly half of its advertised figures. If you need reach and can absorb the cost, the Milwaukee is the clear choice. If budget is the deciding factor, look at other options entirely before buying the Kimo.