SpaceX will launch a satellite repair drone with robot arms to Earth orbit today: How to watch it live

space.com Jul 21, 2026

SpaceX will launch a satellite repair drone with robot arms to Earth orbit today: How to watch it live

Curated by Shubham · TechCapsules · Jul 21, 2026

AI-summarised brief · reviewed before publication

SpaceX launched a Falcon 9 from Cape Canaveral carrying the Mission Robotic Vehicle‑Mission Extension Vehicle (MRV‑MEV) to geostationary orbit. The MRV, equipped with two 10‑foot robotic arms, will attach three Mission Extension Pods (MEPs) to separate satellites, extending their operational life by up to eight years. Optus and Intelsat secured two MEPs, while the third remains available. The MRV also carries a refueling module, enabling in‑orbit servicing and potential future upgrades. This marks the first deployment of MEPs and a new satellite‑repair capability.

💡 Why It Matters

· The mission introduces a reusable, robotic platform that can extend, repair, and refuel GEO satellites, reducing the need for costly replacements and enhancing space asset resilience.

Read full article on space.com

Samsung creates Robotics eXperience (RX) division

Samsung Electronics has launched a Robotics eXperience (RX) Business Promotion Office, headed by CEO TM Roh, to unify its robotic research and development. The division will operate from the Seoul R&D Campus and establish research hubs in the United States, China, and Japan. Lee Dong-geon, formerly of Boston Dynamics, will lead the Robotics Strategy Team, while Ajou University professor Kim Eui-gyeom will focus on humanoid robot manipulation. Samsung plans to deploy industrial robots in its own factories as a proving ground, aiming for fully AI‑autonomous manufacturing by 2030. The company will also fund startups and pursue acquisitions, having already become the largest shareholder in Rainbow Robotics.

💡 Samsung’s move signals a strategic pivot toward integrating advanced robotics into its core manufacturing, potentially reshaping global production standards. The company’s aggressive expansion into robotics could accelerate the adoption of autonomous factories across the industry.

therobotreport.com · Jul 21

Generative Bionics unveils humanoid robot with full-body tactile sensing

Generative Bionics introduced its Gene.01 humanoid at AMD Advancing AI 2026, marking the robot’s U.S. debut. Developed in six months, the platform integrates full‑body tactile skin that senses touch, temperature, proximity and force with a physics‑native AI that treats the robot’s body, mechanics and intelligence as a single system. CEO Daniele Pucci described Gene.01 as a scalable, human‑aware platform that can be customized at the AI, design and end‑effector levels for specific industrial tasks. The first commercial configuration partners with shipbuilder Fincantieri to perform welding in shipyards. Gene.01’s model and digital twin are open‑sourced on PyPI, conda‑forge and ROS, enabling developers to integrate the robot instantly into existing AI and simulation pipelines. Its rapid build underscores fast tactile‑robotic progress today.

💡 By open‑sourcing a touch‑sensitive humanoid, Generative Bionics lowers the barrier for factories to deploy collaborative robots that can learn tasks through force feedback, accelerating adoption of safe human‑robot teamwork.

thehindubusinessline.com · Jul 21

Samsung Electronics launches robotics division to drive humanoid robot push

Samsung Electronics announced the creation of a Robotics eXperience (RX) division that will report to the chief executive. The unit, led by executive vice president Lee Dongkun, will manage Samsung’s robotics strategy, core technology development and business execution. Samsung plans to open robotics research hubs in the United States, China and Japan to tap local ecosystems and expertise. The move builds on a broader push announced earlier in the year, including a target to deliver tangible results from its humanoid robot program this year and a willingness to invest or acquire assets to speed commercialization. Samsung says advances such as physical AI make the business increasingly viable, with deployments aimed at manufacturing sites before expanding to home and retail markets.

💡 Positioning robotics at the C‑suite level and embedding R&D in global hubs signals Samsung’s intent to transform humanoid robots into revenue‑generating assets, accelerating its transition from pure consumer gadgets to integrated automation solutions.

therobotreport.com · Jul 21

Friction is key to making better robot world models

Researchers have introduced a new class of robot world models, called VμA, that treat the coefficient of static friction (μ) as a primary conditioning input. Traditional models rely on visual data and joint encoder positions, and often infer contact indirectly through motor currents or basic tactile maps that lack friction information. By integrating μ, the models can more accurately predict slip and required grip forces across diverse materials, surface conditions, and environmental changes. Contactile’s PapillArray Tactile Compute Module provides real‑time μ measurements, enabling adaptive grip, slip correction, and task execution without bespoke calibration. This approach moves robotic perception from statistical pattern matching toward a causal understanding of contact physics, improving generalization to novel objects and surfaces.

💡 Direct friction data gives robots a reliable physical cue for grip stability, allowing them to handle unfamiliar items with the same confidence as known ones.

koreatimes.co.kr · Jul 21

Hyundai Motor Group uses World Cup to showcase robotics, global partnership

Hyundai Motor Group leveraged its 27‑year FIFA partnership to stage a high‑tech halftime show at the 2026 World Cup round‑of‑16 match between Brazil and Norway in East Rutherford. Boston Dynamics’ Atlas humanoid robot emerged from the players’ tunnel, reenacted iconic goal celebrations and delivered the match ball to the referee, while the quadruped Spot patrolled venues such as the International Broadcast Center. Hyundai highlighted the performance in a behind‑the‑scenes video, “The Training Ground,” which has amassed over 16.5 million YouTube views. The automaker also supplied a record 2,160 vehicles for the tournament, bringing its cumulative World Cup fleet to roughly 8,900 since 2002, and promoted fan‑engagement initiatives like children’s artwork on team buses and Kia’s match‑ball carrier program. The showcase underscores Hyundai’s shift from pure automotive branding to robotics and sustainable mobility on a global stage.

💡 Hyundai is using football’s massive audience to reposition itself as a technology leader, turning sponsorship dollars into a platform for future‑mobility narratives.

techcrunch.com · Jul 21

Gritt exits stealth with $34 million for robots to build solar plants—then,…

Gritt, a robotics startup founded by Carnegie Mellon-trained roboticists Puneet Puri and Vishal Dugar, exited stealth mode with a $26 million Series A funding round led by Obvious Ventures. This investment brings the company’s total funding to $34 million, following an earlier seed round. Gritt develops an AI-driven system designed to automate labor-intensive construction tasks, specifically focusing on solar panel installation. Rather than manufacturing proprietary hardware, the company utilizes off-the-shelf equipment like skidders and robotic arms controlled by its intelligent software. The system currently handles unloading, transporting, and positioning solar panels with sub-millimeter accuracy. Field tests indicate that crews using Gritt’s technology can install 3,000 to 4,000 panels daily, significantly outperforming the 800 panels installed by traditional eight-person crews. Gritt has secured contracts to assist in installing 2.8 gigawatts of solar capacity over the next 18 months, partnering with three of the top ten US power construction firms. The company aims to deploy 48 systems within six months, leveraging recent advances in AI to generalize its software across various construction tasks beyond solar installation.

💡 By leveraging off-the-shelf hardware and advanced AI, Gritt offers a scalable solution to the critical labor shortage in renewable energy infrastructure. This approach potentially lowers barriers to entry compared to competitors building proprietary robots, accelerating the deployment of solar capacity.