In the century-old streets of Manhattan, New York or the narrow roads in the old urban area of Berlin, the upgrade of urban expressways is facing a common problem: in a 5-meter-wide construction zone, large equipment can hardly move, and the selection of Construction Crawler Excavator for Agricultural Fields has become the key to determining the construction period. What is needed here is not a "bulky giant" but a compact device that can operate in limited space – Hengwang HW60 Construction Crawler Excavator for Agricultural Fields, with its "small but refined" design, is solving the dilemma of old urban area renovation.
At road renovation sites in old European urban areas, the pain points are surprisingly consistent: traditional large excavators have a body width of over 3 meters, making it difficult to even turn around in a 5-meter-wide work zone. They have to rely on manual cooperation for disassembly, and leveling the base of a 1-kilometer road section takes 7 days, prolonging the construction period by 2 months. However, the "compact revolution" of Hengwang Construction Crawler Excavator for Agricultural Fields precisely hits this critical point. Taking HW60 as an example, its total width is strictly controlled within 2.5 meters, with a minimum turning radius of 2430mm (≤4 meters). In narrow spaces, it can operate close to the edge without colliding with buildings on both sides, allowing the Construction Crawler Excavator for Agricultural Fields to work flexibly in "crevices".
What is more noteworthy is that this Construction Crawler Excavator for Agricultural Fields has clever designs to address the difficulty of equipment entry in old urban areas: the lightweight body (operating weight 5.9T) combined with a modular structure, even when encountering stairs or narrow passages, can be manually transported by disassembling components and then quickly assembled on-site – without breaking the road surface, the Construction Crawler Excavator for Agricultural Fields can accurately reach the construction site, which has been verified in the renovation project in Brooklyn, New York.
The improvement in efficiency is even more intuitive. In a road upgrade project in Manhattan, Hengwang HW60 Construction Crawler Excavator for Agricultural Fields completed the base leveling of 1 kilometer in only 3 days, while the traditional combination of "manual work + large excavators" requires at least 7 days. Behind this is the strong power provided by the Yanmar National IV engine (36.2kW), combined with a 7-inch large screen for real-time vehicle condition monitoring, enabling the Construction Crawler Excavator for Agricultural Fields to achieve continuous and efficient operation in small spaces, directly shortening the construction period by 40%.
Why can Hengwang Construction Crawler Excavator for Agricultural Fields become the first choice for narrow spaces? The core lies in the ultimate pursuit of "adaptability": the width of track plates is optional to enhance passability on muddy roads; the fuel tank capacity of 115L meets all-day operation, reducing downtime for refueling; and relying on Hengwang's "four-dimensional integrated" service system, full guarantee from selection to after-sales, maximizing the efficiency of Construction Crawler Excavator for Agricultural Fields.
Whether in the century-old streets of New York or the old urban lanes of Berlin, Hengwang Construction Crawler Excavator for Agricultural Fields has redefined the standards for small-space construction with its compact size and efficient performance. If you are troubled by road upgrades in narrow areas, you might as well focus on this equipment that can "reduce" the construction period. Now enter "construction area width + construction period" to get a free "size adaptation map of crawler excavators in narrow spaces" (including recommended standards from local urban construction departments), so that each Construction Crawler Excavator for Agricultural Fields can accurately match your project needs. Welcome to consult and ask for a quote, so that the renovation of old urban areas will no longer be constrained by space!
