Excavation and site work in Palmer, MA.

RJL Contracting in Palmer, MA

Route 20 country. Rural character, steady work.

Palmer has a working-town character that distinguishes it from the more suburban communities to its west. The Route 20 corridor carries commercial traffic and a mix of small businesses, auto shops, and light industrial properties that generate steady site work. Residential lots on the rural edges of Palmer are large, often with long driveways set back from secondary roads and septic systems on properties that haven't seen an upgrade since they were first built.

Septic demand in Palmer is consistent. The town has a high proportion of properties on private septic systems, and many of those systems were installed decades ago without the engineering oversight now required. Title 5 failures during property sales are common, and full system replacements are the typical outcome when systems this old fail. RJL coordinates with the Palmer Board of Health and works with licensed engineers to design and install compliant systems on Palmer's varied lot terrain, which ranges from relatively flat river valley parcels to sloped hillside properties with more complex site constraints.

Commercial site work along Route 20 is a different category of work: foundation prep for commercial buildings, utility connections, parking lot grading, and drainage. Palmer's commercial corridor has seen periodic redevelopment, and RJL has the equipment and experience to work on those projects alongside general contractors and property developers. Tight schedules and defined scope are the norm, and Jake delivers on both.

Long driveways are one of the most common residential jobs in Palmer. Rural lots mean driveways that run from the road to homes set back several hundred feet, and gravel on those driveways deteriorates, erodes, and needs periodic regrading and fresh material. RJL handles these jobs efficiently, often combining them with drainage improvements that address the erosion at its source rather than just restoring the surface.