Humanoid Robots in Your Home by 2028: What to Actually Expect

Every major humanoid robot company has mentioned the consumer market. Elon Musk says Tesla Optimus will eventually cost “less than a car.” 1X Technologies is explicitly building NEO for homes. Figure AI has hinted at consumer applications beyond the factory floor. But how much of this is real, and how much is the kind of aspirational marketing that robotics companies have been doing since the Jetsons?

Let us be honest about what is coming, when it is coming, and what it will actually be able to do.

The state of home robots today

Before we get to humanoids, it is worth acknowledging what home robots already exist and work well. Robot vacuums from iRobot and Roborock have been mainstream for over a decade. Robot lawn mowers from Husqvarna and others are growing fast. These are not humanoid, but they are robots that live in your home and do useful work.

The gap between a robot vacuum and a humanoid household assistant is enormous. A Roomba needs to navigate a flat floor and avoid furniture. A home humanoid would need to navigate stairs, open doors, manipulate objects of wildly varying shapes and sizes, understand natural language commands, and operate safely around children, pets, and elderly family members.

Who is building home humanoids?

Three companies have made the most concrete moves toward consumer humanoid robots.

1X Technologies and NEO

1X Technologies, a Norwegian-American company backed by OpenAI, is the only major humanoid robot maker that has explicitly stated its primary target is the home market. Their NEO robot, first revealed in 2024, is designed from the ground up for domestic environments.

NEO is smaller and lighter than industrial humanoids like Figure 02. At 143 cm tall and roughly 30 kg, it is roughly the size of a small adult. It uses a soft-actuator design that makes it inherently safer around people than rigid hydraulic or high-torque electric systems. The company has said that safety in home environments was the first design constraint, not an afterthought.

1X has been running limited home trials in Norway and the San Francisco Bay Area since late 2025, placing NEO units in employee and partner homes to gather real-world data on domestic task performance.

Tesla Optimus

Tesla has the brand recognition and manufacturing capacity to make a consumer humanoid robot happen at scale. Musk has repeatedly stated that Optimus will eventually be sold to consumers for $20,000-$25,000. However, Tesla’s near-term focus is clearly on internal factory deployment and B2B sales.

The consumer Optimus timeline keeps shifting. At AI Day 2022, Musk suggested consumer sales by 2027. By the 2025 earnings call, the target had moved to “late 2028 or 2029” for limited consumer pilots. Tesla’s approach to Optimus mirrors its approach to Full Self-Driving: ambitious public timelines followed by quiet delays.

Others to watch

Unitree’s G1, while marketed primarily for research and education, has the price point ($16,000) that could theoretically bring it into high-end consumer territory. Several Chinese companies, including UBTECH and Fourier Intelligence, have mentioned consumer variants in their product roadmaps, though none have announced specific timelines.

What a home humanoid would actually do

This is where expectations need to be carefully managed. A humanoid robot in your home by 2028 will not be the Rosie from the Jetsons. It will not cook gourmet meals, do your taxes, or tuck your kids in at night. Here is a realistic assessment of what first-generation home humanoids will likely be able to do, and what they will not.

What it can probably do (by 2028)

The pricing reality

Price is the biggest barrier to consumer adoption. Even optimistic projections put first-generation home humanoids at $20,000-$50,000, which is a lot of money for a robot that can tidy your living room.

Goldman Sachs estimates that the “tipping point” for mass consumer adoption is around $10,000, comparable to a high-end appliance bundle. At that price, the addressable market expands from early adopters and tech enthusiasts to mainstream households. But reaching $10,000 requires manufacturing scale that no humanoid robot company has yet achieved.

The safety question nobody talks about enough

Putting a 30-60 kg bipedal robot in a home with children, pets, and elderly family members raises safety concerns that the industry has not fully addressed.

Industrial humanoid robots operate in controlled environments with trained personnel. A home is the opposite of that. There are toys on the floor, cats that dart between legs, toddlers who grab at anything within reach, and wet bathroom tiles that could cause a fall.

1X Technologies’ soft-actuator approach is a deliberate response to this challenge. Their NEO uses compliant actuators that give way under unexpected force, rather than rigid motors that could injure someone if the robot’s limb moves unexpectedly. This is a meaningful design choice, but it comes at the cost of strength and precision.

Tesla’s Optimus uses high-torque electric actuators designed for industrial tasks. Making those same actuators safe for a home environment will require sophisticated force-limiting software and possibly hardware redesigns for the consumer variant.

There are currently no specific safety standards for humanoid robots operating in homes. The ISO Technical Committee 299 (Robotics) has a working group developing guidelines, but a finalized standard is not expected before 2027 at the earliest. Until then, companies are self-certifying their robots’ safety, and consumers are essentially beta testers.

The realistic timeline

Based on everything we know about the technology, the companies, and the market, here is what we think consumers should actually expect.

2026-2027: Continued limited trials and beta programs. 1X will expand NEO home trials. Tesla may place a small number of Optimus units in employee homes. No product available for general purchase.

2028: First consumer humanoid robots available for purchase, likely from 1X Technologies and possibly Unitree. Price range: $25,000-$50,000. Capabilities: basic tidying, fetching, carrying, monitoring. Battery life: 3-5 hours. Target buyers: tech enthusiasts, accessibility needs, high-income early adopters.

2029-2030: Second-generation models with improved AI, longer battery life, and lower prices. Tesla enters the consumer market. Chinese manufacturers offer sub-$15,000 options. Capabilities expand to include more complex tasks like loading dishwashers and sorting laundry.

2031+: Mass market begins. Prices approach $10,000. Humanoid home robots become a recognizable product category, similar to where robot vacuums were around 2015.

The companies that win the home robot market will not be the ones that build the most impressive demo. They will be the ones that build a robot reliable enough to justify its price tag in the unglamorous, everyday reality of household chores. That is a much harder problem than anything being solved in a lab or a factory floor today.