Dubai’s “The Loop”: a 93-km Cycleway Redefining Urban Mobility

Dubai loves big ideas, but The Loop is the kind of concept that makes you pause and do the math.

A 93-kilometer climate-controlled cycling and walking corridor has been proposed as a city-scale “active mobility highway,” designed to make walking, running, and cycling comfortable year-round, even during peak summer. The project is positioned as part of Dubai’s wider push toward a “20-minute city” approach, where daily needs and key destinations become reachable within a short trip on foot or by bicycle.

If it moves forward, The Loop won’t just be a new cycle track. It’s a different idea of what “infrastructure” can be: transport + public space + climate resilience + community amenities, packaged into one continuous route.

What exactly is “The Loop”?

In a previous article, we explored Dubai’s broader Future Loop vision and the city’s long-term ambition to create smarter, more connected urban mobility systems.

The Loop is a proposed 93-kilometer dedicated corridor for cycling, walking, and jogging, designed inside a climate-controlled environment that allows year-round use, even during Dubai’s extreme summer months.

According to the project’s published overview, the concept aims to:

• Connect more than 3 million residents to key locations through active mobility
• Support Dubai’s 20-minute city direction (shorter, healthier daily trips)
• Set a new benchmark for walking/cycling infrastructure through technology and sustainability features

And yes, one of the headline ideas is that it’s designed to be usable all year, not just in “nice weather months.” That matters in the Gulf, where heat and humidity can turn a simple commute into a serious endurance session.

Why is Dubai interested in a climate-controlled cycle corridor

Dubai already has cycling tracks and active-lifestyle zones. So why create an enclosed, controlled corridor?

Because the hardest part of shifting daily travel habits isn’t enthusiasm, it’s consistency.

In many cities, cycling grows when people can rely on it every day, not only on weekends or during winter. The Loop tries to remove the most common barriers to active commuting in the region:

• Heat exposure in summer
• Long distances between neighborhoods and services
• Comfort + safety for families, casual riders, and regular commuters
• Integration gaps between cycling routes and public transport connections

In other words, this isn’t just about fitness. It’s a mobility strategy: make the “healthy choice” easier, more practical, and more attractive.

What could be inside The Loop?

The published project description points to features that go beyond a simple lane. Think of it like a linear destination, part transport, part community facility.

Some referenced ideas include:

• Renewable energy ambitions (the concept mentions kinetic power)
• Amenities and shared facilities along the route (public-space logic, not just a tunnel)
• Landscape and “green” elements, including ideas like vertical farming

If you’ve ever used a great urban promenade, where you’re not just “passing through,” you’re actually enjoying it, this is that idea, scaled to 93 km.

The biggest engineering reality check: 93 km is a project ecosystem

A corridor this long behaves less like a single construction site and more like a series of connected projects:

• Different soil conditions across districts
• Crossings near highways, canals, and dense urban zones
• Utility corridors (power, water, telecom, drainage) that must be protected or relocated
• Interfaces with stations, neighborhoods, and public transport nodes

Even before architectural finishes, the success of a mega corridor depends on the unglamorous basics: earthworks, compaction, drainage design, and logistics sequencing.

The role of heavy machinery in building The Loop

Whether The Loop ends up as a fully enclosed “tunnel-like” corridor, an elevated structure, or a mix of typologies, it will require serious heavy machinery from day one, because long linear infrastructure is built by production, not by improvisation.

Here’s where equipment typically becomes essential.

1) Earthmoving and ground preparation (the “invisible foundation”)

Before any structure rises, teams need to:

• clear and grade alignment corridors
• stabilize subgrade
• shape embankments and access ramps
• build drainage layers and service roads

That work leans heavily on excavators, dozers, loaders, and compactors, especially when you’re building continuously for long distances. (This is where contractors often start searching heavy machinery near me, because mobilization speed matters on linear works.)

2) Utility trenching and protection works

A 93-km corridor will intersect with utilities constantly. Expect phases involving:

• trenching for new lines
• duct banks and cable routes
• manholes and inspection chambers
• protection slabs and backfilling/compaction

This is repetitive, accuracy-driven work, perfect for excavators with grading systems, plus rollers/compactors to meet density requirements.

3) Structural assembly: lifting, placing, and positioning at scale

If sections are elevated or use large prefabricated components, you’ll see:

• mobile cranes for lifting structural segments
• telehandlers for positioning and site logistics
• MEWPs for installation and finishing crews (especially for interior/MEP works)

On projects like this, lifting equipment isn’t “support”, it’s the schedule.

4) Concrete production, placement, and finishing

Even with prefab, concrete remains unavoidable: footings, piers, walls, slabs, ramps, stations, service rooms.

That brings in:

• batching and delivery coordination
• concrete pumps for efficient placement
• formwork systems and finishing gear

5) Material handling Equipment and site logistics across multiple work fronts

A long corridor will operate with multiple crews in parallel. Material flow becomes a daily performance:

• aggregates, rebar, precast segments
• MEP components (HVAC, ducting, electrical trays)
• landscaping materials and irrigation lines

This is where construction forklifts and telehandlers quietly make or break productivity, moving, staging, and feeding each work zone so crews don’t wait.

What The Loop could mean for Dubai’s “everyday mobility”

If you zoom out, The Loop is about one question:

Can Dubai make active transport feel as normal as driving, without fighting the climate?

If the answer becomes “yes,” the impact is bigger than cycling:

• reduced short-trip car dependency
• more neighborhood connectivity
• healthier daily routines that don’t require a gym plan
• new retail and community micro-destinations along the route

And for the construction sector, it’s also a reminder: the next era of infrastructure isn’t only roads and bridges, it’s mobility, comfort, and experience combined.

Al Marwan - Largest Heavy Machinery Fleet in UAE

Projects like The Loop don’t come to life through renderings, they come to life through execution: earthworks, lifting plans, logistics, compaction testing, and reliable fleet availability.

If your team is planning infrastructure works in the UAE, whether you’re comparing heavy equipment machinery for sale options, sourcing through used machinery dealers, or arranging heavy construction equipment for rent for phased delivery, partnering with a supplier that can support uptime, parts, and service, like Al Marwan Machinery, can make a measurable difference on schedule.