PO 234 - FAC116 Quote Request - MEOC Stabilizer Jacks

The Massachusetts Emergency Management Agency (MEMA) is seeking quotes for a procurement of Ultra-Fab Ultra Scissor Jacks through State Contract FAC116, specifically requesting two-pack sets of scissor jacks with 30-inch lift capability and 13,000 lbs total load capacity. The procurement is targeting Part Number UF48-979031, with openness to comparable alternative products. The quote request was posted on August 7, 2025, with a submission deadline of August 13, 2025, indicating a tight seven-day response window for potential vendors. These stabilizer jacks are intended for use in emergency management and likely support mobile command or support vehicle infrastructure. The procurement appears to prioritize functional specifications including lift height, weight capacity, and compatibility with various vehicle types. Key deliverables include two-pack jack sets that meet or exceed the specified technical requirements, with an emphasis on durability, stability, and versatile mounting options.

While no specific set-aside designations or vendor restrictions are explicitly noted in the documentation, the procurement seems focused on obtaining high-quality stabilization equipment for emergency management purposes. The product specifications suggest compatibility with multiple vehicle platforms, including RVs, travel trailers, and fifth-wheel campers, indicating potential broad utility beyond a single application. The optional power drill adapter and manual crank handle provide flexibility in jack operation, which may be a subtle evaluation criterion. Though no precise budget range is specified, the referenced retail pricing suggests an estimated unit cost around $180, with potential volume discounts applicable for government procurement. The lifetime warranty included with the product may also factor into vendor selection, demonstrating a commitment to long-term equipment reliability. The procurement appears designed to support MEMA's mobile infrastructure needs with robust, adaptable stabilization equipment.