120ft will bill consumer-hardware brands per finished unit for assembly by shared robots

Martin Willers has lived the problem he is selling against. At Transparent AB, the repairable-speaker maker he co-founded, Willers recalled that the company sometimes waited months for thousands of units to land before it learned which colors customers preferred ^[12][11]. "For a smaller brand, that means tying up cash and making decisions about demand far too early," Willers said ^[13].

Small brands place production orders months before they know what will sell ^[5], and their parts travel from around the world to China for assembly before the finished goods ship back to Europe ^[6]. 120ft frames that reliance on distant factories as a geopolitical risk ^[7].

Under the offer, the brand pays 120ft per unit, but its own suppliers still send parts to the 120ft site ^[3]. The per-unit fee covers final assembly, inspection and packing ^[3]. That leaves the timing of the parts order, the early bet in Willers's story, as a question for 120ft.

What has been shown is narrower than what is pitched. The first targets are design-led makers of small appliances and consumer electronics ^[4]. The demonstration is a lamp, with robots assembling a cylinder lock, threading the bulb fitting and running a functional test ^[9]. 120ft says teaching the robots a single end-to-end assembly skill took seven weeks in 2025, that the same work now takes seven hours, and that the 2027 target is seven minutes ^[10]. Seven hours is 420 minutes, so the 2027 target is a further 60-fold cut ^[18]. The report does not include per-unit prices, the location of the first site, a date for commercial production, or how parts-order timing changes for brands ^[17].

One of the 22 angels, Sam Baker of Planet A Ventures, who has more than a decade in manufacturing, put the limit plainly ^[15]. "A robot on its own does not solve the manufacturing problem," Baker said ^[15]. In his view brands also need tooling, software and quality control around the machines ^[16].

For a brand weighing this, we'd sort the decision on two axes. The first is how many months before sales data you must commit orders today. The second is how closely your final assembly resembles what the robots have shown: a mechanical lock, a threaded fitting, a functional test.

- Long lead time, lamp-like assembly: ask for a pilot quote and for the terms on parts timing. - Long lead time, more complex assembly: wait for a published price and for evidence the 2027 target is met. - Short lead time, lamp-like assembly: the pitch addresses a problem you do not have. - Short lead time, more complex assembly: no case yet.