Skybot F-850 (FEDOR)

Specs, price & availability Β· verified Oct 2026

Skybot F-850 (FEDOR) is a 184 cm, 105 kg biped from NPO Android Technics (Russia), discontinued with no published price.

Price
Not disclosed
Height
184 cm
Weight
105 kg
Total DoF
48

Last verified Oct 8, 2026

Price & availability

NPO Android Technics has not published a price

Discontinued

Current dataset status: Discontinued.

Product overview

About Skybot F-850 (FEDOR)

The Skybot F-850, also called FEDOR, is a humanoid built by Russia's NPO Android Technics. The underlying FEDOR platform was developed from 2014 to 2019 for hazardous work and teleoperation, before a lighter configuration was prepared for a spaceflight experiment. A technical paper gives the flight robot a height of 184 cm and mass of 105 kg, compared with 160 kg for the ground configuration.

On 22 August 2019 the robot launched on the uncrewed Soyuz MS-14 flight and reached the International Space Station. Its legs were disabled because they were unwieldy in low gravity, and it was not programmed to move by pulling itself along handrails. IEEE Spectrum reported that it could work from predefined programming with some AI elements, or in avatar mode under a remote operator. Android Technics reported the experiment complete after the robot returned in September.

The flight configuration used 48 electromechanical drives, including six degrees of freedom in each gripper, and could carry 10 kg with each arm. Two Orlan spacesuit batteries provided about one hour of autonomous operation. No price or sales plan was published, so the F-850 is listed as a discontinued research demonstrator rather than a commercial product.

Capabilities

Key features

Built as a rescue robot

Russian Wikipedia says the Emergencies Ministry ordered the robot as a rescue machine, and the Foundation for Advanced Research Projects co-developed it. [5]

Flight to the ISS in 2019

The robot launched on 22 August 2019 and returned in early September. Its legs were disabled in low gravity. [2][8][9]

Avatar and programmed modes

IEEE Spectrum reported that the robot could follow a remote operator in avatar mode and run predefined programming with some AI elements. [3]

Lighter flight configuration

The ISS configuration weighed 105 kg, while the ground configuration weighed 160 kg. The flight robot used two Orlan spacesuit batteries. [6]

Hardware profile

Specifications

Official β€” stated by the manufacturer or organizerReported β€” stated by a credible third partyEstimated β€” derived or approximate

Body

Height
184 cmReported β€” stated by a credible third party[6]Technical paper gives 184 cm; some secondary sources report 182 cm or round to 1.8 m
Weight
105 kgReported β€” stated by a credible third party[6]ISS flight configuration; the technical paper gives 160 kg for the ground configuration, while some secondary sources round the flight mass to 106 kg
Total DoF
48Reported β€” stated by a credible third party[6][7]ISS flight configuration, including six DoF in each gripper

Mobility

Actuation
ElectricReported β€” stated by a credible third party[6]Technical paper describes 48 electromechanical servo drives

Power

Runtime
1 hReported β€” stated by a credible third party[6][7]Autonomous operation using two Orlan spacesuit batteries

Hands & Manipulation

DoF per hand
6Reported β€” stated by a credible third party[7]Six DoF per gripper in the ISS configuration
Payload
10 kgReported β€” stated by a credible third party[7]Payload per manipulator
Hand / end effector
Articulated six-DoF grippersReported β€” stated by a credible third party[7]

Compute & Sensing

AI stack
Predefined programming with AI elements; teleoperated avatar modeReported β€” stated by a credible third party[3]Roscosmos adviser's description, as reported by IEEE Spectrum
Show unknown fields (7)

Mobility

Maximum speed
Not published
Peak joint torque
Not published

Power

Battery
Not published
Charge time
Not published
Swappable battery
Not published

Compute & Sensing

Onboard compute
Not published
Sensors
Not published

Quick answers

Skybot F-850 (FEDOR) FAQ

Can you buy Skybot F-850 (FEDOR)?

No general order page is verified. Skybot F-850 (FEDOR) is currently classified as discontinued. [8]

How tall is Skybot F-850 (FEDOR) and how much does it weigh?

Skybot F-850 (FEDOR) is 184 cm tall and weighs 105 kg (ISS flight configuration; the technical paper gives 160 kg for the ground configuration, while some secondary sources round the flight mass to 106 kg). [6]

How long does the Skybot F-850 (FEDOR) battery last?

The stated runtime is 1 hours per charge; Autonomous operation using two Orlan spacesuit batteries. [6][7]

How much can Skybot F-850 (FEDOR) carry?

The listed payload is 10 kg; Payload per manipulator. [7]

How many degrees of freedom does Skybot F-850 (FEDOR) have?

Skybot F-850 (FEDOR) has 48 listed degrees of freedom; ISS flight configuration, including six DoF in each gripper. [6][7]

Who makes Skybot F-850 (FEDOR)?

Skybot F-850 (FEDOR) is made by NPO Android Technics, based in Russia. [8]

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Evaluation footprint

Benchmarks & competitions

No benchmark embodiments or results reference this robot yet.

Related

Similar robots

Evidence

Sources

  1. [1]Миссия Skybot F-850 (Cyclopedia, Russian) β†—Cyclowiki Β· database Β· accessed Oct 8, 2026
  2. [2]Skybot humanoid robot grounded after Russian space flight β†—Design World (republished from The Robot Report) Β· press Β· accessed Oct 8, 2026
  3. [3]Russian Humanoid Robot to Pilot Soyuz Capsule to ISS This Week β†—IEEE Spectrum Β· press Β· accessed Oct 8, 2026
  4. [4]FEDOR (robot) - Wikipedia β†—Wikipedia Β· database Β· accessed Oct 8, 2026
  5. [5]Skybot F-850 (FEDOR) - Russian Wikipedia β†—Wikipedia (Russian) Β· database Β· accessed Oct 8, 2026
  6. [6]Robot Avatar: A Means of Human Telepresence in Space β†—Aerospace Sphere Journal Β· paper Β· accessed Oct 8, 2026
  7. [7]FEDOR / Skybot F-850 β†—Space Robotics Β· database Β· accessed Oct 8, 2026
  8. [8]Anthropomorphic robot FEDOR flies to space β†—NPO Android Technics Β· official Β· accessed Oct 8, 2026
  9. [9]Experiment successfully completed: results of FEDOR's ISS flight β†—NPO Android Technics Β· official Β· accessed Oct 8, 2026