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FiRab Tech by Engr. Rabia Fiaz — MS Electrical Engineer, Tech Mentor & Differently-Abled Creator.

Making Technology Simple, Smart & Accessible through informative and engaging content. For Adds, Promotion, Sponsorship, & Branding Whatsaap: +92-3009576314 Being an Electrical Engineer, My Motive behind creating this channel is to Share Knowledge about Engineering & Technology. The Mission is to help Students, Engineers, and like-minded people through short & simplified tutorials. You can convey all your questions, and suggestions to me by commenting on my videos. Your ideas are valuable to me so I will share more Concerning Knowledge with you.

30/10/2026

Jumma Mubarak!

May Allah bless you with peace, happiness, and endless blessings. Ameen!

30/10/2026

Japan Moves Closer to Transmitting Solar Power from Space to Earth!

Japanese scientists are making progress toward one of the most ambitious innovations in renewable energy: Space-Based Solar Power (SBSP). This technology aims to capture sunlight using solar panels in space and transmit the energy wirelessly to Earth through microwave beams, where receiving stations could convert it into usable electricity.

One of the biggest advantages of this technology is its potential to generate solar energy even when it is nighttime or cloudy on Earth. Solar panels in space could receive sunlight for longer periods without interruptions caused by weather conditions, potentially providing a more continuous source of renewable electricity.

If successfully developed on a commercial scale, space-based solar power could help reduce dependence on fossil fuels, improve energy security, and support electricity supplies in remote areas. It could also complement traditional solar and wind power, helping address some of the challenges associated with renewable energy generation.

Japan has been researching this concept through various space technology initiatives, including the OHISAMA project, which aims to demonstrate wireless power transmission from space. However, large-scale commercial delivery of solar electricity from orbit to Earth remains a technological challenge and is not yet a practical reality.

This emerging technology could open an exciting new chapter in clean energy, bringing scientists closer to the possibility of collecting solar power in space and delivering it wirelessly to Earth.

29/10/2026

Russia Reports World’s First-Ever Spinal Cord Transplant Procedure!

Russia has reportedly carried out a groundbreaking spinal cord transplant procedure, marking a potentially significant development in medical science.

The procedure reportedly involved microsurgery to connect a donor spinal cord segment with the recipient’s injured spinal cord, with the aim of restoring nerve connections.

If proven successful, this approach could open new possibilities for spinal cord injury research and future treatments. However, the procedure’s effectiveness and its ability to restore movement or sensation have not yet been independently established.

27/10/2026

Tesla Is Building Australia’s Largest Public EV Charging Hub with 37 V4 Supercharger Bays!

Tesla is expanding its electric vehicle charging network in Australia with a major new project featuring 37 V4 Supercharger bays. This large-scale charging hub will allow multiple electric vehicles to charge simultaneously, helping meet the growing demand for reliable and convenient EV charging infrastructure.

Tesla’s V4 Supercharger technology is designed to support high-power charging and improved vehicle compatibility, depending on the vehicle and charging configuration. By bringing 37 charging bays together at one location, the new hub aims to accommodate more EV drivers and make charging stops more convenient.

As electric vehicle adoption continues to grow, expanding public charging infrastructure is becoming increasingly important. Large charging hubs can help support long-distance travel, reduce pressure on busy charging locations, and make electric mobility more practical for everyday users.

With 37 V4 charging bays planned for Australia, Tesla is taking another step towards building the infrastructure needed for an electric future!

25/10/2026

Inverex Jolywood Solar Panel Passes 55mm Hail Impact Test at 82.8 km/h

Solar panels must withstand more than intense sunlight and high temperatures. During severe hailstorms, large hailstones can damage the panel glass and affect the performance of a solar installation.

Recently, the Inverex Jolywood solar panel passed a hail resistance test in China, involving 55 mm hail impacts at a velocity of 23 m/s (82.8 km/h).

This test highlights the panel’s ability to withstand significant hail impact under the tested conditions, making hail resistance an important factor to consider when choosing solar panels for areas exposed to severe weather.

Watch the test results to learn more about solar panel durability and hail resistance!

25/10/2026

China has developed an innovative autonomous flying lifebuoy designed to reach drowning victims quickly and assist in emergency water rescues!

Unlike traditional lifebuoys that must be thrown manually, this smart rescue device can fly directly toward a person in danger, helping deliver flotation support when every second counts. Its ability to reach victims quickly could make a real difference in situations where strong currents, distance, or difficult conditions make conventional rescues challenging.

This technology highlights how robotics and autonomous systems are transforming emergency response, making water rescue operations faster, smarter, and potentially safer for both victims and rescuers.

24/10/2026

How to Check a Solar Panel’s Hail Resistance?

Solar panels face different weather challenges, but how can we identify a panel that can withstand the impact of large hailstones?

The answer lies in the Hail Resistance Test!

In this video, we take a closer look at the Inverex Jolywood Solar Panel Hail Resistance Test, featuring a 55mm hail impact at a velocity of 23 m/s (82.8 km/h).

This test helps us understand how solar panels are evaluated for hail impact resistance and why durability testing matters when choosing solar panels for your installation.

Watch the video to explore the testing process and learn more about solar panel durability!

Follow FiRab Tech by Engr. Rabia Fiaz for more educational content on solar energy, electrical engineering, and the latest technology.

22/10/2026

China is pushing the boundaries of robotics with a robotic horse reportedly designed to carry a 660-pound (300 kg) humanoid robot for hours. This development highlights how advanced robotic systems could work together to transport heavy machines and equipment across different environments.

Unlike wheeled vehicles, a four-legged robotic platform can potentially navigate uneven ground and challenging terrain. By carrying a humanoid robot on its back, the robotic horse could combine mobility with the ability of a humanoid machine to perform specialized tasks.

This type of robotic technology could open up new possibilities for industrial operations, logistics, disaster response, and other environments where transporting heavy equipment is challenging. In the future, robots may not only perform tasks independently but also support and transport other robots to reach places that are difficult for humans or conventional vehicles to access.

As robotics continues to evolve, the idea of one robot carrying another could become an important area of research in automated transportation and intelligent machines.

21/10/2026

PARALYZED MAN WALKS AGAIN WITH SWISS-FRENCH BRAIN TECHNOLOGY!

A groundbreaking innovation in neuroscience is helping people with paralysis walk again!

Scientists developed a wireless digital bridge connecting the brain directly to the spinal cord, allowing brain signals to bypass damaged nerve pathways and help restore walking.

This remarkable achievement shows how science, engineering, and technology can open new possibilities for people with mobility disabilities.

Technology is not just changing the future — it’s changing lives!

19/10/2026

Mark Zuckerberg’s Meta Plans a 4,300-Mile Undersea Internet Cable!

Meta, the parent company of Facebook, is developing an ambitious undersea fiber-optic cable project called “Petal,” designed to connect the United States and France across approximately 7,000 kilometers of ocean.

The most exciting part is its reported target capacity of up to 1 petabit per second! This massive data-transfer capacity could support the growing demands of Artificial Intelligence (AI), cloud computing, and Meta’s global data centers.

The project is expected to use advanced multi-core fiber technology, allowing more data to travel through optical fibers using light signals. This could help increase network capacity while supporting the rapidly expanding digital world.

With operations targeted for 2029, Petal highlights how advanced engineering is shaping the future of global internet connectivity.

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