The Falpro – Mobile Fall Protection Anchor V1 combines advanced safety features with the mechanical advantage of leverage to deliver high-level fall protection at any height. Designed for use on flat, smooth surfaces such as slab formwork, this unit requires only a single crane lift to be positioned on-site. Once in place, it can be easily moved using a standard pallet jack. Its overhead anchorage point and ball-bearing swivel system offer a wide range of motion, ensuring maximum flexibility during operation.
The integrated ball-bearing mechanism delivers an optimal operating range, enabling smooth 360° rotation for efficient performance and unrestricted movement throughout the workspace.
FreeFalcon minimizes swing fall by using overhead anchorage combined with advanced technology that responds instantly in the event of a fall. The system activates a counteracting arm movement that locks into place, reducing lateral motion and significantly lowering the forces applied to the worker.
Designed for easy relocation the FreeFalcon V21-1 can be lifted with a crane using the four lashing rings and then be transported by means of a standard pallet truck. The V1 allows quick movement between work areas, supporting continuous workflow and optimal productivity.
Engineered for single-user operation, the FreeFalcon’s smooth mobility and full 360° range enable one worker to access the entire work area efficiently, helping to reduce overall labour costs.
Unrestricted movement and effortless portability enable workers to operate at peak efficiency, while maintaining complete confidence in their safety and security.
With overhead anchorage and advanced technology that minimizes swing fall and reduces the forces experienced in the event of a fall, the FreeFalcon stands as one of the safest fall arrest systems available.
The FreeFalcon harnesses the principles of leverage to operate without the need for anchorage or advance planning, significantly reducing setup time and labour costs.
Constructed with premium materials and precision engineering, the FreeFalcon V21-1 provides reliable, consistent performance you can depend on.
Min. 1113.3 lbs / 505 kg
7.7 feet / 2.35 m
3.8 feet / 1.15 m
6.8 feet / 2.08 m
7.4 feet / 2.25 m
min. 6.5 kips / 29050 N
max. 8.81 kips / 30327 N
0.9 kips / 4000 N each
0.25 – 0.34 Kips / 1.1-1.5 kN
10100
up to 29.5 ft / 9,00 m
1113.3 lbs
max. 7.4 x 7.7 ft
0.25 – 0.34 Kips`
ANSI Z359.18-2017 type D, AS/NZS 5532:2013, DIN EN 795:2012 type E, CSA Z259.2.2-98
The Falpro V1 Mobile Fall Arrest System is an industry-leading solution for working at height safety, engineered to deliver exceptional protection, mobility, and efficiency on construction sites and industrial projects. Designed as a high-performance mobile anchor mast, the Falpro V1 provides reliable overhead fall protection while improving productivity and reducing setup time.
Unlike traditional fall protection systems that require multiple fixed anchorage points, the Falpro V1 mobile fall protection anchor eliminates unnecessary complexity. Its innovative design allows rapid deployment, reducing installation time, lowering labour costs, and improving workflow efficiency across demanding job sites.
Engineered with robust construction and advanced safety technology, the Falpro V1 delivers uncompromising protection for workers operating at height. Its unique overhead anchorage system, combined with precision ball-bearing rotation, allows smooth 360-degree movement, giving workers greater flexibility while remaining securely protected at all times.
This advanced fall arrest system is specifically designed for use on smooth working surfaces such as slab formwork, making it ideal for construction, infrastructure, and industrial applications where reliable mobility and safety are essential.
The Falpro V1 is designed to streamline operations and minimise downtime. Its mobile design allows easy transportation using a standard pallet truck after crane placement, making it ideal for projects requiring frequent repositioning or operating in space-restricted environments.
Key operational benefits include:
Whether you’re working on high-rise construction, bridge infrastructure, industrial facilities, or large-scale commercial projects, the Falpro V1 adapts to your site requirements. Its adjustable mast accommodates varying working heights while maintaining consistent fall protection performance.
Its exceptional working radius and unrestricted movement make it one of the most versatile mobile fall protection systems available for modern construction environments.
Worker safety should never be compromised. The Falpro V1 has been developed to meet rigorous international safety standards and undergoes extensive testing to ensure dependable performance in demanding conditions.
For contractors, project managers, and construction professionals seeking a safer and more efficient approach to working at height protection, the Falpro V1 offers a reliable, innovative solution.
The Falpro V1 Mobile Fall Arrest Anchor combines:
✔ Industry-leading working at height safety
✔ Mobile overhead fall protection
✔ 360° worker movement
✔ Fast deployment and relocation
✔ Reduced labour costs
✔ High-performance construction safety engineering
✔ Reliable protection for industrial and construction environments
Protect your workforce, improve productivity, and upgrade your working at height safety with the Falpro V1.
This website uses cookies to enhance your experience. Some are essential for site functionality, while others help us analyze and improve your usage experience. Please review your options and make your choice.
If you are under 16 years old, please ensure that you have received consent from your parent or guardian for any non-essential cookies.
Your privacy is important to us. You can adjust your cookie settings at any time. For more information about how we use data, please read our privacy policy. You may change your preferences at any time by clicking on the settings button below.
Note that if you choose to disable some types of cookies, it may impact your experience of the site and the services we are able to offer.
Some required resources have been blocked, which can affect third-party services and may cause the site to not function properly.
This website uses cookies to enhance your browsing experience and ensure the site functions properly. By continuing to use this site, you acknowledge and accept our use of cookies.