DEPLOY

Buying guide

Apollo RT6 vs Nuro R2 in 2026

Comparing 2 humanoid robots across availability, pricing, capabilities, and verified deployments. Current as of 2026.

Key differences

On DEPLOY's record, Apollo RT6 is further along: at the commercial stage versus Nuro R2 at the research stage, as of 2026.

  • Nuro R2 has more verified real-world deployments (7 vs 6).
  • Apollo RT6 is at the commercial stage; Nuro R2 at the research stage.
Attribute
ManufacturerBaiduNuro
Form factoravav
Maturitycommercialresearch
Autonomy1 verified autonomous1 verified autonomous
Availabilityinternal-onlyenterpriseinternal-onlyenterprise
Price$37,000 (manufacturer target)Not announced
Capability claims
  • Transports passengers (autonomous, verified)
  • Delivers packages (autonomous, verified)
Brain
Verified deployments67
Privacy practices8capture-indicator, location-tracking, location-tracking, third-party-sharing, data-retention, training-data-use, data-deletion-control, third-party-sharing
Sources on file4318

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Get told the moment Apollo RT6 or Nuro R2 changes. Verified changes only, the second they are real. No press-release noise.

Apollo RT6

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Nuro R2

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Editorial summaries

Apollo RT6

Baidu's Apollo RT6 is the company's sixth-generation autonomous robotaxi: a purpose-built battery-electric vehicle (a cross between an SUV and a minivan, with a detachable steering wheel) on Baidu's Apollo Galaxy / Xinghe self-driving platform, powering the Apollo Go fully-driverless commercial ride-hailing service across Chinese cities and some international markets. There is no consumer price: it is a robotaxi service vehicle, not sold to consumers.

Baidu manufactures it without relying on a third-party automaker at roughly 204,600 RMB (about $28,600) per vehicle, about half the cost of the prior generation: a verified per-vehicle build cost (from Baidu's disclosures), not a consumer price. It is one of the Chinese commercial-at-scale anchors of the robotaxi cluster.

Nuro R2

Nuro's R2 is a second-generation autonomous road vehicle and the delivery-AV anchor of DEPLOY's autonomous-vehicle cluster: a low-speed automotive vehicle that is goods-only, with no passenger compartment, operating under a road-vehicle regulatory regime (not the sidewalk personal-delivery-device regime). There is no consumer price: it is an autonomous delivery service/program, not a vehicle sold to consumers, and Nuro pivoted from first-party delivery to licensing its autonomy stack (the Nuro Driver).

The verified-vs-claimed nuance: the R2's current operations in Houston, Mountain View, and Scottsdale are Nuro's own R&D fleet validating the Nuro Driver, not customer deployments, so the model is recorded at research maturity to reflect this post-pivot state. (The current generation is the BYD-built R3, a redesigned cargo compartment and refined sensor stack on the same goods-only, road-vehicle design.) Nuro is distinct from the passenger robotaxis (Waymo, Zoox, the Chinese operators): it carries goods, not people.

Common questions

How do Apollo RT6 and Nuro R2 differ?
On DEPLOY's record, Apollo RT6 is further along: at the commercial stage versus Nuro R2 at the research stage, as of 2026. Nuro R2 has more verified real-world deployments (7 vs 6). Apollo RT6 is at the commercial stage; Nuro R2 at the research stage.
What is the difference between Apollo RT6 and Nuro R2?
Apollo RT6 and Nuro R2 are both av robots on the DEPLOY registry. They differ in maker, maturity, price, verified deployments, and how much of their autonomy is independently verified. See the table above for the full head-to-head; each figure is sourced.
Is Apollo RT6 or Nuro R2 more autonomous?
Apollo RT6 and Nuro R2 have a comparable number of capabilities independently verified as autonomous on the DEPLOY registry. The table shows each capability's verified-vs-claimed status.
Which has more verified deployments, Apollo RT6 or Nuro R2?
Nuro R2 has more verified deployments (7) on the DEPLOY registry than Apollo RT6 (6). DEPLOY counts a deployment only when confirmed at a named site with a primary source.

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