Comparison · 2 robots

1X NEO · Booster Robotics T1

All humanoid robots. Every measure below is plotted against the full class, so a difference can be read against how much the class itself varies.

1X NEO
Booster Robotics T1

1X Technologies

1X NEO

Autonomy: IIAssisted Autonomy
Score: 63/100 Plausible
Readiness: Known Issues
Price: $20,000list

Booster Robotics

Booster Robotics T1

Autonomy: IIAssisted Autonomy
Score: 62/100 Plausible
Readiness: Not assessed
Price: $33,949list

Up to three

01 Classification

What each one does on its own.

The Autonomy Ladder is the same five rungs for every robot on the site. A rung describes the conditions a robot handles without you, not how good it is.

Generalized

Any task, any setting

Environmental

Handles new obstacles without help

III

Conditional

Finishes familiar jobs on its own

Assisted

Runs preset routines, needs rescue

1X NEOBooster Robotics T1

Manual

One action, on command

02 Assessment

Where they actually differ.

The Robovations Score is nine inputs across three pillars, each weighted as shown and each scored so that more is better. A robot can lead on one and trail on another, which is the point of showing them apart. Cost of ownership and data handling are reported on each robot's own page and are never averaged into the score.

None of these robots carries a scored assessment yet, so there is nothing to plot here. The classification and evidence below still apply.

03 Measured against the class

How far apart is a long way?

A number only means something next to the spread it sits in. Each track below is the real range across every classified robot in the class, with the median marked.

Price18 with a published figure

$20,000$33,949

1X NEO$20,000
Booster Robotics T1$33,949

$1,385median $22,500$250,000

Runtime34 with a published figure

240 min120 min

1X NEO240 min
Booster Robotics T1120 min

60 minmedian 240 min720 min

Weight48 with a published figure

66 lbs66.1 lbs

1X NEO66 lbs
Booster Robotics T166.1 lbs

26.5 lbsmedian 142.6 lbs661.4 lbs

Height51 with a published figure

66 in46.5 in

1X NEO66 in
Booster Robotics T146.5 in

34.7 inmedian 66.9 in86.6 in

Not compared, because fewer than two of these robots carry a published figure: Suction, Charge time, Noise.

04 Ownership

What the numbers leave out.

The trade-off

What each design gives up to be good at what it is good at.

1X NEO

Tendon-driven compliance maximizes safety in shared spaces but leaves precision and contact-sensitive work unproven; with a published 154 lb lift and 18 lb per-arm payload, raw force is not what the design gives up.

Operator partnership ensures task flexibility and professional support but requires continuous human labor cost.

A $499 per month plan makes a home humanoid reachable without a $20,000 purchase, but keeps the robot on an ongoing subscription rather than owned outright.

Booster Robotics T1

Manipulation is a configuration choice, not a fixed ceiling: the standard build carries 23 DoF with four per arm, while the gripper and dexterous-hand builds reach 31 and 41 DoF at added cost.

Research-grade software means active debugging; stability and reliability are secondary to capability exploration in the development cycle.

Who each one is wrong for

Stated by the record itself. A robot being wrong for a household is a fact about fit, not a fault.

1X NEO

Buyers expecting the robot to pay for itself: At $20,000 outright or $499 per month, the published task set does not yet cover enough household work to argue on cost. NEO is bought for what it does, not for what it saves.
Outdoor or weather-exposed use: NEO is an indoor household robot. 1X publishes no outdoor, moisture or temperature rating, and its vision-only sensing is characterized for indoor spaces.
Precision or damage-sensitive work: Force is not the constraint: 1X publishes a 154 lb lift, 55 lb carry and 18 lb per-arm payload for a 66 lb robot. What is unproven is precision and contact-sensitive handling, so assembly, delicate objects and damage-sensitive tasks sit outside the published task set.
Buyers who need a fixed task list at delivery: 1X describes NEO's skills as expanding through Redwood AI updates, and anything outside what it has learned falls to a booked Expert session. A buyer who needs a defined capability set on day one does not have one.
Privacy-sensitive households: NEO's cameras run continuously for its own perception, and a 1X Expert can connect during a scheduled session and see the home through the robot. 1X notifies the owner while a session is active, but a camera-equipped robot with a remote-assist path is still a recording device inside the house.

Booster Robotics T1

Buyers seeking a finished household or service robot: Purchase is open through Booster's store and robotics distributors, but the T1 ships as a development platform: no household application software, no consumer support program, and documentation written for engineers.
Organizations needing immediate production availability: Research platform without published SLA or warranty structure. Downtime is expected; service is hands-on.
Teams without dedicated robotics engineering staff: Requires on-site troubleshooting, firmware updates, and mechanical maintenance. Not a plug-and-play system.

What stays your job

The upkeep ownership hands back to you, whatever the autonomy level says.

1X NEO

After every use: Visual inspection of soft actuators for deformation or damage.
Weekly: Sensor and camera lens cleaning for visual fidelity during teleop.
Monthly: Joint and actuator deep clean to remove household dust and debris.
Every 3-6 months: Firmware and software updates, operator training refresher on new features.
Annually: Professional actuator wear inspection and battery degradation assessment by 1X.
As needed: Emergency stop testing and safety system verification.

Booster Robotics T1

After every competition or test session: Joint inspection and lubrication points.
Weekly: Battery conditioning and charge-cycle documentation.
Monthly: Gait calibration and sensor alignment checks.
Seasonally: Firmware updates and algorithm tuning per research cycle.

05 Evidence

How much each of these is standing on.

Classifications rest on different depths of evidence. A pre-release assessment and a verified one are not the same kind of claim.

Evidence behind each classification
Robot	Evidence status	Sources reviewed	Last assessed
1X NEO	Pre-Release	12	Sep 2026
Booster Robotics T1	Not Consumer-Ready	4	Aug 2026