How much do the Unitree G1 and R1 humanoid robots cost?

Pricing at a glance

Unitree Robotics sells two humanoid robot models commercially in 2026, both at price points well below the rest of the humanoid market:

• Unitree G1: full-size bipedal humanoid, starting at roughly $13,500 to $16,000 for a base research-grade configuration. More advanced configurations (stronger actuators, additional sensors) run higher, toward $30,000+. The G1 was unveiled at ICRA Yokohama in May 2024 at $16,000 base; pricing has trended down with subsequent revisions.
• Unitree R1: smaller-form humanoid platform, base price $5,900 for an entry consumer and developer configuration. The R1 launched in July 2025 explicitly targeting consumer and developer mass-market accessibility, with a built-in multimodal language model for voice and image interaction.

For comparison, every other commercially-listed full-size humanoid is meaningfully more expensive: 1X NEO at $20,000 (or $499 per month subscription with six-month minimum); Tesla Optimus at a $20,000-$30,000 forward target (not actually for sale); enterprise humanoid platforms (Apptronik Apollo, Figure 02 + 03, Agility Digit) at $50,000-$250,000 under enterprise contracts; Boston Dynamics Atlas at $200,000+ for R&D access.

Unitree as a maker

Unitree Robotics is a Chinese manufacturer based in Hangzhou. The company's commercial heritage is the Go1 and Go2 quadruped lines (similar form factor to Boston Dynamics Spot but at consumer-accessible pricing), which Unitree extended into humanoids with the H1 platform and the G1 + R1 lower-priced research lines.

The geographic origin context matters for buyers building a mental model: Unitree is one of several Chinese humanoid manufacturers operating at price points well below US-based makers (Figure, Apptronik, Tesla, Boston Dynamics) and Norway-based 1X Technologies. For the broader question of which humanoid makers are based where, see is Figure AI a Chinese company.

G1 versus R1: different products, different buyers

The two products serve structurally different use cases:

• G1 (full-size bipedal, ~$13,500-$16,000 base): roughly 4'2" (127 cm) tall, weighing about 35 kg (77 lb). It walks, sits, manipulates objects with its end-effectors, and ships with Unitree's SDK for developer programming. Designed for robotics labs, university courses, and developer experimentation. The hardware is more sophisticated than R1; payload, actuator strength, and movement envelope are higher.
• R1 (smaller-form humanoid, $5,900 base): Unitree's mass-market accessibility platform. Designed for consumer and developer entry; built-in multimodal language model for voice and image interaction. Lower payload, smaller envelope, fewer degrees of freedom than G1. Positioned as a consumer-and-developer kit, not as a deployment-grade platform.

Neither product is positioned as a commercial-deployment humanoid earning industrial cycles in customer facilities. Per Unitree's pricing transparency strategy, the company prices hardware close to manufacturing cost without bundling enterprise software, integration services, or implicit promises about future commercial deployment. The price is the operator-payable price for what the platform actually is: a research and developer tool.

What DEPLOY's framework says

Applying DEPLOY's verified-vs-claimed framework to Unitree's commercial positioning:

• Pricing verified: Unitree publishes commercial pricing on its own catalog surface; independent trade-press coverage confirms the listed prices; transactions are open to research and developer customers. The price is the operator-payable price, not a forward target.
• Product readiness verified for research/development context: the G1 and R1 are real shipping hardware; customers receive units; Unitree's SDK supports developer work.
• Consumer-home suitability differs from NEO: 1X NEO is positioned as a consumer-home product with teleoperation bridging the autonomy gap for household tasks. Unitree's G1 and R1 are positioned as research and developer kits; they ship without the consumer-home framing, the household task targeting, or the teleop-bridged service model. Different value proposition.
• Not positioned as commercial-deployment platforms: no enterprise customer contracts; no industrial-cycle workloads; no claims about replacing logistics labor.

Unitree occupies the inverse position to the rest of the humanoid market. Most makers position hardware as future commercial-deployment platforms with forward-priced consumer offerings (Tesla Optimus trajectory; 1X NEO consumer rollout). Unitree positions hardware as research tools with current-priced developer offerings. The verified-vs-claimed framework rewards the transparency: pricing matches what the platform actually is.

Where to go

For Unitree consumer pricing context (delivery timeline, configuration options, payment paths), the Unitree G1 pricing page and Unitree R1 pricing page on DEPLOY's main consumer surface are the canonical destinations once the consumer pricing infrastructure rolls out (DEPLOY's per-model pricing pages are rolling out per maker).

For canonical institutional depth at the registry layer (sources, deployments, capability claims, key facts), see Unitree Robotics's registry record and the G1 and R1 model entities.

For broader market context comparing Unitree against the consumer-direct cohort, see is 1X NEO autonomous or controlled by humans (the closest direct comparator at the consumer-home product framing) and the cheapest humanoid robot you can buy (which covers the price-comparison angle across the full humanoid cohort). For methodology canonical references applicable to Unitree pricing: the 9-tier source-quality rubric (Unitree catalog pricing + reputable-press source classification).