100 kg w układzie 1:1 – ile tracimy na sprzęcie?

⚖️ 100 KG IN A 1:1 LOAD – HOW MUCH WE LOSE ON EQUIPMENT? | Friction in Rope Systems In this video, I analyze how much we actually lose on equipment in a 1:1 load—a situation that, theoretically, should be the "simplest," but in practice generates enormous friction losses. I use the example of 100 kg in a 1:1 load and show: • where the losses come from, • how large they can be in reality, • why things look different on paper than in practice. This is a topic that is of great importance both in rope access and in systems used in climbing. ⸻ ⚠️ WHY IS THIS SO IMPORTANT? Many users assume that: 👉 100 kg = 100 kg In reality: ❗ Due to friction on the equipment, the force value can be significantly higher, ❗ This directly affects: • system load, • operational safety, • work efficiency. ⸻ 🧠 WHAT WILL YOU LEARN? ✔ What are friction losses in rope systems? ✔ How does a 1:1 system work in practice? ✔ Why do devices (e.g., descenders, carabiners) generate resistance? ✔ How to interpret results and avoid errors in force assessment? ✔ What does this mean in real-world work and training situations? The material is based on the instructor's practice and experience working with rope systems—no simplifications or "internet myths." ⸻ 🎯 WHO IS THIS VIDEO FOR? • individuals working in rope access, • participants and graduates of IRATA courses, • instructors and technicians, • individuals interested in rope system mechanics, • climbers who want to better understand the forces acting in rope systems. ⸻ 🎓 TRAINING / CONTACT I conduct: • training in rope techniques and systems, • IRATA courses (Levels 1–3), • workshops on systems analysis and safety. 📩 Contact: [email protected] ⸻ 🌐 MY SOCIAL MEDIA 📸 Instagram: 👉 @agresiva_climb 👉 @climb_kalymnos 👉 @climbinpoland 🎥 YouTube: 👉 Bartosz Bielawski Instructor 💼 LinkedIn / Facebook: 👉 Bartosz Bielawski 🌍 Website: https://agresiva.pl https://agresiva.biz.pl ⸻ 🔔 SUBSCRIBE TO THE CHANNEL If you are interested in: • rope access, • physics of rope systems, • safety at work at heights ➡️ leave a subscribe, comment, and like 👍