Teleoperation Hardware

RoboPilots profile: trained remote pilots for the rig you built

The one option in this guide that is not hardware. It supplies the people, trained on the customer’s robot, and leaves the choice of rig to the customer.

By The editors · Updated · 3 min read

Contents
  1. What RoboPilots does
  2. What it means for a hardware buyer
  3. Published evidence
  4. Strengths and limits
  5. Pricing
  6. Questions to ask RoboPilots
  7. Sources
TypeTrained remote pilots
PricingPublished
Websiterobopilots.ai

A team that has chosen a controller still has to find, train and schedule the people who will use it. RoboPilots sells that part. It provides remote operators who complete tasks, monitor fleets and turn sessions into training data for robot companies⁠1.

Best for: Teams that have a robot and a way to drive it, and would rather not recruit, train and schedule the people who do the driving.

Not the right fit for: Teams that need hands next to the robot for resets and handling, or that only want a controller for engineers who already do the work.

What RoboPilots does

A customer’s robot connects through the RoboPilots SDK or through the customer’s own teleoperation stack, after a 20-minute call to plan the connection. A pilot is trained on the customer’s machine before running it remotely. Sessions return as labeled datasets in LeRobot, RLDS or HDF5⁠1. The company quotes for wheeled robots, drones, humanoids, robot arms and quadrupeds⁠1.

Its comparison guide, updated on 11 November 2026, states that it trains a dedicated operator group on the customer’s robot and task protocol, runs shifts across time zones including US Pacific, and starts engagements with a one-week trial that sets a baseline of clean episodes per operator hour⁠2. It keeps a stable pilot group per customer⁠3, shows live latency on the pilot’s screen and trains pilots to change technique when latency rises⁠4.

What it means for a hardware buyer

RoboPilots does not replace the rig. The robot, its cameras and its control software remain the customer’s. What changes is who sits at the controls and who carries the cost of recruiting and training them. Its guide for operators says they drive robots with a VR headset, controllers or a leader arm, and that most roles train on the job⁠5. Its service pages do not say which of those its own pilots use for a given customer, so that is the first question to ask.

Published evidence

RoboPilots publishes no case studies or named customers. The one-week trial is the evidence a buyer can generate directly: a measured rate of clean episodes per operator hour on the buyer’s own robot⁠2.

Strengths and limits

Strengths

  • Supplies the part of a rig that no controller includes: people who are trained on the robot before they run it, in a group that stays with the account.
  • Connects through its SDK or the customer’s existing teleoperation stack, so a team that has already built a rig keeps it.
  • Publishes a starting price, $12 an hour, and returns a quote within one business day.
  • Starts with a one-week trial that sets a baseline of clean episodes per operator hour.

Limits

  • Its pages do not state which controllers its pilots use, so a buyer has to ask what the pilot station needs and whether a leader-arm rig can be driven over the network.
  • Pilots are remote. Resetting scenes and handling objects at the robot stay with the customer.
  • Only the starting price is public; the price for a given fleet is quoted.
  • No named customers or case studies are published on its site.

Choose another option if: Your engineers will collect a small first dataset themselves (an SO-101 pair or GELLO is enough), or the task needs someone standing at the robot.

Pricing

Starting at $12 an hour; everything above the starting price is quoted on the fleet.

The starting price is stated on the home page and the pricing page, and a quote arrives within one business day with no commitment⁠6. For comparison, the median stated pay across open postings at robotics, autonomous-vehicle and drone employers in October 2026 was $25 an hour⁠7. The two figures are not like for like: one is a wage before employer costs and training, the other the floor of a quoted service.

Questions to ask RoboPilots

  • What does the pilot station need in order to drive our rig, and can a leader arm be used remotely?
  • Which pilots will work on our robot, and how are they trained and signed off?
  • What clean-episodes-per-hour rate did comparable tasks reach in the trial week?
  • Who resets the scene at the robot, and how is that handoff signalled?
  • What is the quoted hourly rate for our fleet and coverage, as opposed to the starting price?

See how RoboPilots compares with the other options in the rig comparison table.

Sources

  1. RoboPilots: remote robot operators and teleoperation as a service. RoboPilots. Accessed 11 Nov 2026.
  2. Teleoperation service providers compared (2026). RoboPilots, 11 Nov 2026. Accessed 11 Nov 2026.
  3. Robot teleoperation as a service: how it works and what it costs. RoboPilots, 11 Nov 2026. Accessed 11 Nov 2026.
  4. Teleoperation latency: how much delay each robot task tolerates. RoboPilots, 31 Oct 2026. Accessed 11 Nov 2026.
  5. How to become a remote robot operator (2026 guide). RoboPilots, 9 Oct 2026. Accessed 11 Nov 2026.
  6. Robot teleoperation pricing. RoboPilots. Accessed 11 Nov 2026.
  7. Recruiting the people who train robots: what the first wave of hiring tells recruiters. Onrec, 22 Oct 2026. Accessed 11 Nov 2026.

Further reading