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Hyperever

Proteo

A quadruped robot from Turkey, first released 2025.

Sources retrieved: 7 September 2026 (A, B)

Status
Demonstrator
Applications
Security and surveillanceDefence and emergency responseLogistics
Indicative price
Not stated
Intended use, per the manufacturer
Proteo can be used in smart facilities to monitor and control the environment. Proteo can be used in warehouses to transport goods and materials. Proteo can overcome dangerous environments and perform tasks that are too risky for humans.

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Hyperever Proteo, grey quadruped robot with a protective cage and antennas on its back, manufacturer photo

Manufacturer's own photo.

Specifications

8/33 specifications disclosed 25 not stated

Not statedThe manufacturer states nothing about this field.NoStated: the robot does not have this.A marker with an asterisk (*) also carries a caveat.

Select a source marker for source details and notes.

Physical3/14 disclosed

Weight50kg110lbOur conversion from 50 kg. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.
LengthNot stated
WidthNot stated
HeightNot stated
Degrees of freedomNot stated
Payload, walkingat most 10kgat most 22lbOur conversion from 10 kg. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.
Payload, standingNot stated
Max speedat most 3.6km/hat most 2.24mphOur conversion from 1 m/s. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.
Max slopeNot stated
Max obstacle heightNot stated
Max stair height, continuousNot stated
IP ratingNot stated
Operating temperature, lowNot stated
Operating temperature, highNot stated

Power2/5 disclosed

Battery1,000Wh
Runtime120minNote: load condition not stated
Hot-swap batteryNot stated
Charge timeNot stated
Docking stationNot stated

Sensing and autonomy3/6 disclosed

LiDARLiDAR (model/type not disclosed), combined with depth-sensing for autonomous perception and navigation.
CamerasDepth-sensing camera (model not disclosed), used together with LiDAR for autonomous perception.
Onboard computeNot stated
ROS 2Not stated
SDK languagesNot stated
Autonomy featuresUnique controller provides highly stabilized motion, maintaining balance on stairs and other non-linear surfaces.

Payload and expansion0/3 disclosed

Mounting interfaceNot stated
Power outNot stated
Data portsNot stated

Commercial0/1 disclosed

Indicative priceNot stated

Compliance & certifications0/4 disclosed

CENot stated
FCCNot stated
ULNot stated
CCCNot stated

Against the field

Each strip holds every robot of this type in the guide that states the figure, one bar per group of values. Further right means a larger figure, not a better robot.

Weight

50kg110lbOur conversion from 50 kg. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.

124 quadrupeds state a weight

Proteo

37 state a higher figure, 79 a lower one. 4 more state exactly the same figure. Log scale: each step along the axis multiplies the value.

Runtime

120minNote: load condition not stated

104 quadrupeds state a runtime

Proteo

47 state a higher figure, 15 a lower one. 7 more state exactly the same figure.

Max speed

at most 3.6km/hat most 2.24mphOur conversion from 1 m/s. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.

113 quadrupeds state a top speed

Proteo

Proteo states an upper limit, not one figure, so it is shown open-ended and not ranked against the others.

Notes

Hyperever (Istanbul Technical University's ARI Technopark) develops the Proteo quadruped for civilian use (facility monitoring, warehouse logistics) and defense use (surveillance, EOD support).

Sources

One line per source, not per figure: a source has one retrieval date.

  1. Ahyperever.com/proteo.htmlMain source. Retrieved 7 September 2026
  2. Bhyperever.comRetrieved 7 September 2026

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