When it comes to concrete pumping, range and connectivity aren’t just nice-to-haves—they’re mission-critical. That’s why Scott Sutherland, aka "Canadian Concrete Pumper," put the Aarcomm handheld X-Range remote to the ultimate test. Spoiler alert: it crushed the competition.

Scott's video shows why Aarcomm's technology is trusted by professionals who demand reliability, even in challenging conditions. Let’s break down his test results and why they matter to your operations.

The Test: Pushing the Boundaries of Connectivity

Scott set out to measure the Aarcomm remote’s range and connectivity by driving away from his concrete pump while keeping the remote inside his truck. Here’s what went down:

Starting strong: With the pump housed inside a steel-roofed structure (not exactly a connectivity-friendly environment), Scott began driving. Even surrounded by obstructions like crane tower sections and pipes, the remote maintained a rock-solid connection up to 2,000 feet.

Breaking the limit: At an impressive 2,500 feet, the connection finally cut out. But the Aarcomm remote didn’t just stop there.

Quick relink: As soon as Scott returned within range, the remote seamlessly re-established its connection. The pump was back online without missing a beat.

Why Range and Connectivity Matter for Line Pumps

Concrete line pump operators often work in challenging environments with obstacles like steel structures, cranes, and dense urban layouts that disrupt signals. In the concrete pumping industry, the reliability of your remote control system is paramount. Signal loss can lead to several critical issues:

Compromised Concrete Quality: Interruptions in the pumping process can cause inconsistent flow, leading to segregation of the concrete mix. This affects the uniformity and strength of the concrete once set. Additionally, repeated starts and stops may accelerate slump loss, altering the concrete's workability and potentially weakening the final product.

Safety Hazards: Uncontrolled operation due to signal loss poses significant risks. For instance, interruptions can introduce air into the placing lines, leading to hose whipping—a dangerous condition where the hose violently whips around, potentially causing injury to workers.

Equipment Damage: Sudden stops and starts can create pressure surges within the pumping system, stressing mechanical components and leading to wear or failure over time. Interruptions can also allow material to start setting within the pump or lines, resulting in blockages that are difficult to clear and may cause mechanical stress or damage when attempting to restart the pump.

Read: Why Signal Quality is Critical for a Concrete Pump Remote

Conditions Matter – Aarcomm Delivers Anyway

Scott’s range test wasn’t some easy test under ideal conditions. Here’s why these results are a big deal:

1. Obstructed signals: The pump was inside a structure with a steel roof, surrounded by equipment that could disrupt radio signals.

2. Remote inside the truck: Scott kept the handheld unit inside his truck cabin with the windows up, adding another layer of interference.

Even with these challenges, the Aarcomm Handheld Remote maintained excellent connectivity and outperformed industry norms.

See It for Yourself

Don’t just take our word for it. Watch Scott in action. 

Connectivity without compromise, no matter where the job takes you.

If you’re tired of dealing with range issues, it’s time to switch to an Aarcomm Handheld Remote.