FAW 69m Aerial Work Platform Launched, Bringing Efficient New Solution for High-altitude Construction
Major Product Launch | New Product Overview
In recent years, the demand for domestic urban infrastructure renewal, old community transformation, and new energy power station maintenance has continued to surge, and the market demand for FAW's 69-meter high-altitude work equipment has increased significantly.Targeting common industry pain points of domestic ultra-high construction equipment, including insufficient working height, limited load capacity and narrow slewing range, this product features three core advantages: maximum 69m working height, high basket load capacity and 360° unrestricted boom slewing. It perfectly fills the market gap of truck-mounted high-altitude equipment with extra working height, and delivers a brand-new mechanized solution for ultra-high construction scenarios.
Previously, most construction work above 60 meters relied on imported aerial equipment or crawler cranes combined with scaffolding, which brought high rental & procurement cost and complicated equipment transfer. This domestic 69m aerial work platform realizes localized production leveraging proven commercial vehicle chassis technology, effectively cutting expenses on equipment purchase, rental and daily maintenance, and supporting facility upgrading for high-altitude operation across municipal, infrastructure, energy and other industries.
Rugged Vehicle Configuration | Construction Value
For the chassis part, the FAW 69m Aerial Work vehicle adopts mature FAW heavy-duty chassis with strong power and reliable braking system. This core advantage makes the FAW 69m Aerial Work unit stand out among ordinary aerial equipment. After special calibration for heavy-load road conditions, the FAW 69m Aerial Work platform performs excellently on highways, urban & rural roads and unpaved construction sites. The FAW 69m Aerial Work rig can travel long distances to worksites independently without extra trailer transportation, greatly reducing cross-region transfer cost and achieving far higher transfer efficiency compared with crawler aerial lifts.Multiple operators can work in the equipment at the same time, carrying construction tools and light building materials at the same time, which greatly simplifies the process of high-altitude multi-person collaborative operation.
FAW's 69-meter high-altitude work platform is suitable for a variety of operation scenarios, covering the maintenance of the facade of large buildings, the overhaul of ultra-high municipal lighting facilities, bridge anti-corrosion painting, maintenance of wind power supporting equipment, disassembly and installation of large outdoor billboards and other operations.The machine features full 360° unrestricted rotation with zero blind spots and impressive horizontal outreach. On-site crews no longer need to reposition the entire truck repeatedly; simply tweak the boom angle, and the FAW 69m Aerial Work unit can cover an extensive working range effortlessly.
Industry Application Prospects | Market Planning
Nowadays, China keeps growing demands on urban infrastructure renovation, old community upgrading and new energy power station maintenance. Most mainstream small & medium aerial lifts on the market only provide 20–45 meters working height, unable to handle ultra-high construction tasks.This FAW 69-meter aerial work platform fills the market gap of the equipment in the high-altitude section of operation in China.Benefiting from great mobility of truck chassis, it can undertake scattered urban emergency repair and short-term rental projects, satisfying procurement demands from equipment leasing firms, municipal maintenance departments, general contractors and wind power service providers.
Further product optimization will be available including customized basket size, insulating modules for live-line electric operation and firefighting auxiliary functions. This model will be widely deployed in municipal maintenance, building renovation, wind & electric power service, bridge & roadway engineering sectors. As cost-effective domestic ultra-high aerial equipment, it will accelerate mechanization and safety upgrading of domestic high-altitude construction industry, and improve overall efficiency for infrastructure development.
