PIAP Space
Company Information
Headquarters
Warsaw, Poland
Year Founded
2016
Industries
Aerospace, Space Robotics, Satellite Servicing, Space Debris Removal, Satellite Manufacturing, Space Exploration, Space Infrastructure
What Is PIAP Space?
PIAP Space is a space technology company specializing in robotic systems and mechanical equipment for orbital and planetary missions. It develops robotic manipulators, satellite capture mechanisms, and force and torque sensors used in spacecraft servicing and debris removal applications. Its portfolio includes the TITAN robotic arm, LARIS and MULTIS grippers, and mechanical ground support equipment for spacecraft assembly and testing. PIAP Space also participates in European space robotics programs involving in-orbit servicing, autonomous manipulation, and planetary exploration, combining mechanical engineering, robotics, sensing, and system integration.
What Does PIAP Space Do?
PIAP Space designs and manufactures robotic equipment for spacecraft that need to capture, manipulate, inspect, or service other objects in orbit. Its systems are developed for missions involving satellite maintenance, orbital assembly, and removal of inactive spacecraft.
The company develops multi-jointed robotic arms and specialized grippers that can be integrated into servicing spacecraft. These systems allow a spacecraft to reach toward a target, establish mechanical contact, and manipulate equipment during servicing operations.
PIAP Space also manufactures mechanical ground support equipment used to assemble, integrate, transport, and test satellites before launch. Its equipment includes satellite integration stands, adapters, lifting mechanisms, and testing fixtures.
For planetary exploration, the company develops and tests robotic subsystems, including manipulators and mobility-related technologies. Its engineering services include mechanical design, sensor integration, software development, environmental testing, and validation of robotic systems.
Through European Space Agency programs and other research partnerships, PIAP Space develops technologies intended for future orbital servicing missions and robotic exploration activities.
What Is PIAP Space?
PIAP Space is a space technology company specializing in robotic systems and mechanical equipment for orbital and planetary missions. It develops robotic manipulators, satellite capture mechanisms, and force and torque sensors used in spacecraft servicing and debris removal applications. Its portfolio includes the TITAN robotic arm, LARIS and MULTIS grippers, and mechanical ground support equipment for spacecraft assembly and testing. PIAP Space also participates in European space robotics programs involving in-orbit servicing, autonomous manipulation, and planetary exploration, combining mechanical engineering, robotics, sensing, and system integration.
What Does PIAP Space Do?
PIAP Space designs and manufactures robotic equipment for spacecraft that need to capture, manipulate, inspect, or service other objects in orbit. Its systems are developed for missions involving satellite maintenance, orbital assembly, and removal of inactive spacecraft.
The company develops multi-jointed robotic arms and specialized grippers that can be integrated into servicing spacecraft. These systems allow a spacecraft to reach toward a target, establish mechanical contact, and manipulate equipment during servicing operations.
PIAP Space also manufactures mechanical ground support equipment used to assemble, integrate, transport, and test satellites before launch. Its equipment includes satellite integration stands, adapters, lifting mechanisms, and testing fixtures.
For planetary exploration, the company develops and tests robotic subsystems, including manipulators and mobility-related technologies. Its engineering services include mechanical design, sensor integration, software development, environmental testing, and validation of robotic systems.
Through European Space Agency programs and other research partnerships, PIAP Space develops technologies intended for future orbital servicing missions and robotic exploration activities.
PIAP Space Products & Platforms
TITAN Robotic Arm
TITAN is a seven-degree-of-freedom robotic manipulator developed for satellite servicing, orbital assembly, and active debris removal. Its articulated structure allows a servicing spacecraft to position tools, inspect equipment, and capture target objects. The arm has undergone mechanical and environmental testing and is reported at approximately Technology Readiness Level 6. Its modular design supports different end-effectors for orbital and planetary applications.
LARIS Satellite Gripper
LARIS is a robotic gripper designed to capture spacecraft by their launch adapter rings. These structural rings provide a mechanical interface that a servicing spacecraft can use to secure a target. Developed through European orbital servicing programs, LARIS is intended for satellite capture, orbital relocation, and debris removal. Its design supports interaction with spacecraft that were not specifically equipped with robotic docking fixtures.
MULTIS Robotic Multipurpose Gripper
MULTIS is a robotic end-effector combining gripping and tool-changing capabilities. Its architecture includes a rotary module with 360-degree rotation and a gripping module that can accommodate interchangeable tools. MULTIS is designed for satellite maintenance, inspection, and robotic manipulation, allowing a single servicing arm to perform different operations without replacing the entire manipulator.
Force and Torque Sensors
PIAP Space develops force and torque sensors for robotic manipulators and spacecraft servicing mechanisms. These sensors measure mechanical loads during contact and manipulation, providing feedback to robotic control systems. Their applications include contact detection, gripping force measurement, and controlled spacecraft manipulation. The company’s force and torque sensor technology has reached approximately Technology Readiness Level 6.
Standard Gripping Fixture (SGF)
The Standard Gripping Fixture is a mechanical interface designed to be installed on spacecraft prepared for robotic servicing. It provides a defined attachment point that compatible robotic grippers can use during capture and docking operations. The fixture supports cooperative satellite servicing and mechanical attachment, reducing uncertainty when a servicing spacecraft establishes contact with a target.
ORBITA Modular Grippers
ORBITA is a research and development project focused on a family of modular robotic grippers for orbital and planetary missions. The project develops gripping mechanisms for capturing satellites, manipulating equipment, and performing servicing tasks in space environments. Its objective is to create adaptable end-effectors for different robotic missions, with designs evaluated through engineering development and testing.
Mechanical Ground Support Equipment (MGSE)
PIAP Space manufactures mechanical equipment used during satellite assembly, integration, handling, and testing. Its portfolio includes satellite integration stands, panel handling fixtures, vibration test adapters, lifting devices, clamp bands, and transport equipment. The company has supplied MGSE for European space programs, including activities associated with Biomass, ROSE-L, and Athena.
EROSS IOD
EROSS IOD, or European Robotic Orbital Support Services In-Orbit Demonstrator, is a European program developing technologies for robotic satellite servicing. PIAP Space contributes robotic capture technology intended to support rendezvous, docking, and physical interaction with spacecraft in orbit. The program is designed to demonstrate European in-orbit servicing capabilities, including technologies that could support future satellite maintenance and life-extension missions.
MANUS Lunar Manipulator
MANUS is a robotic manipulator development project associated with European lunar exploration activities, including the Argonaut lunar mission architecture. PIAP Space is developing and evaluating manipulator technology for handling equipment and performing robotic tasks on the lunar surface. The project supports planetary robotic manipulation and surface operations and remains part of the company’s research and development activities.
RAVEN Orbital Transfer Vehicle
RAVEN is a spacecraft development project intended to provide orbital transportation and servicing capabilities. The program entered Phase B1 in October 2025, and PIAP Space announced an additional PLN 12 million in funding in April 2026. The project is intended to support orbital transfer and future spacecraft servicing operations. It remains under development and should not be described as an operational transportation service.
PIAP Space Applications
PIAP Space’s robotic technologies are designed for satellite servicing, active debris removal, and in-space assembly. Its manipulators and grippers provide mechanical capabilities for approaching, capturing, and handling spacecraft and orbital objects.
The company’s TITAN robotic arm and LARIS capture mechanism are relevant to future missions involving satellite relocation, inspection, maintenance, and end-of-life disposal.
Its mechanical ground support equipment supports spacecraft manufacturing and testing by providing fixtures and handling systems for satellite assembly, environmental qualification, and integration before launch.
PIAP Space also develops robotic technologies for planetary exploration, including manipulators and navigation systems that could support lunar and other surface missions. Its research programs contribute to future autonomous robotic operations in space.
Related Articles
21 Pioneering Companies Tackling Space Debris Detection and Removal
Latest Companies
Frequently Asked Questions
What does PIAP Space do?
PIAP Space develops robotic systems and mechanical equipment for space missions. Its technologies include the TITAN robotic arm, LARIS and MULTIS grippers, force and torque sensors, and mechanical ground support equipment. The company works on satellite servicing, active debris removal, in-space assembly, and planetary robotics.
What is the TITAN robotic arm?
TITAN is a seven-degree-of-freedom robotic arm developed by PIAP Space for orbital servicing and debris removal missions. It is designed to position tools, capture objects, and manipulate equipment aboard servicing spacecraft. The system has undergone ground-based testing and has reached approximately Technology Readiness Level 6.
How does PIAP Space’s LARIS gripper work?
LARIS is designed to capture a spacecraft using its launch adapter ring, a structural component used to connect a satellite to its launch vehicle. A compatible robotic arm positions the gripper around the ring and establishes a mechanical connection. This approach can support the capture of satellites that do not have dedicated servicing interfaces.
Does PIAP Space remove space debris from orbit?
PIAP Space develops robotic technologies intended for active debris removal, including manipulators and capture mechanisms. Its equipment is designed to help future servicing spacecraft capture and relocate inactive satellites or debris. As of October 2026, its publicly documented work focuses on subsystem development, ground testing, and planned demonstrations rather than an established commercial debris removal service.
What equipment does PIAP Space provide for satellite manufacturing?
PIAP Space manufactures mechanical ground support equipment used for spacecraft assembly, integration, and testing. Its products include satellite handling fixtures, integration stands, vibration test adapters, lifting equipment, and structural support mechanisms. The company has contributed equipment to European space programs involving satellites and scientific instruments.
Related Companies
Astroscale
ClearSpace
Altius Space Machines
Do You Have an Update for This Company?
Have an update, correction, or additional information about this company? Help us keep the futureTEKnow company database up to date by submitting the latest company information.
Latest Articles
Turion Space’s $75M Series B bets on space domain awareness as the next defense infrastructure
Turion Space has raised more than $75 million in Series B funding to scale its Starfire platform and satellite fleet, betting that space domain awareness is the next critical defense infrastructure layer. The piece unpacks Turion’s business model, contracts, and risks for operators and investors watching the new space intelligence stack.
Fusion rocket Sunbird ignites: Pulsar Fusion’s plasma breakthrough for faster deep-space travel
Pulsar Fusion’s Sunbird fusion rocket has achieved first plasma, validating its exhaust architecture and edging a reusable “space tug” concept toward sub‑six‑month Mars transfers. Drawing on multiple reports, this piece breaks down how the Dual Direct Fusion Drive works, what the 2027 in‑orbit demo must prove, and which technical and regulatory hurdles still stand between Sunbird and operational deep‑space logistics.
Aetherflux’s $2B orbital bet: space data centers for the AI age
Aetherflux is betting that orbital data centers can power the next wave of AI, shifting from laser power beaming to space-based compute as it targets a $2 billion valuation. For founders and investors, the company’s 2027 satellite plans highlight how quickly space infrastructure is converging with AI demand and reshaping the deep-tech funding landscape.
Sierra Space’s $550M Series C: Inside the $8 Billion Bet on Defense-Tech Space
Sierra Space’s $550 million Series C round, valuing the company at $8 billion, signals a decisive shift toward defense-tech space. This feature unpacks the hardware, strategy, and risks shaping the next decade of orbital infrastructure.
Axiom Space Raises $350M to Build Commercial Space Station and NASA Spacesuits
Axiom Space has locked in a fresh $350M raise to push its commercial space station and NASA lunar spacesuits toward launch, signaling growing investor faith in private orbital infrastructure.
Morpheus Space Raises $15M for GO-2 Electric Propulsion Mass Production
Morpheus Space secures $15M funding for GO-2 electric propulsion mass production. Learn how this boosts satellite mobility with efficient thrusters.
Stoke Space Secures $860M in Extended Series D Funding for Reusable Nova Rockets
Stoke Space extended its Series D funding to $860 million, fueling Nova’s full-reuse rocket production at Cape Canaveral. Backed by founders from Blue Origin, this pushes total capital to $1.34B.
Tomorrow.io Raises $175M to Launch DeepSky, the First AI-Native Weather Satellite Constellation
Tomorrow.io has closed a $175 million equity round to deploy DeepSky, its AI-native weather satellite constellation designed to make global atmospheric data far more precise, frequent, and useful for businesses, governments, and communities facing extreme weather.
OpenAI vs. Google AI, SpaceX & Blue Origin Race for Space Data Centers, Meta’s AI Pivot, and Robotics Breakthroughs
Stay ahead of AI and space tech wars: OpenAI vs Google AI, SpaceX and Blue Origin’s race for orbital data centers, Meta’s AI strategy shift, and key robotics breakthroughs reshaping industry.
Bridgit Mendler’s Northwood Space Startup: Unleashing the Next Era of Satellite Connectivity
Bridgit Mendler’s Northwood Space is pioneering mass-produced ground stations, enabling scalable, high-speed connectivity for the new era of satellite networks and megaconstellations.
SpaceX Targets Record Rocket Launches From California—But Not Without Controversy
SpaceX aims to nearly double launches from Vandenberg in 2025, facing support from federal agencies but strong objections from the state and local communities.
NASA and Google’s AI Medical Assistant: Pioneering Healthcare for Mars Missions
NASA and Google’s AI-powered Crew Medical Officer Digital Assistant enables autonomous diagnoses for astronauts on Mars missions, redefining remote healthcare for space and Earth.
futureTEKnow is focused on identifying and promoting creators, disruptors and innovators, and serving as a vital resource for those interested in the latest advancements in technology.
© 2026 All Rights Reserved.