Every department is different. That’s why Pierce builds custom apparatus and why Ten-8 Fire & Safety takes the time to understand your community, your response model, and your long-term goals. We provide expert guidance through the build process and stand behind every unit with regional service, parts, and technical support you can count on.
Aerial apparatus are built to extend your reach, giving crews the ability to access upper levels, perform rescues, and deliver elevated master streams when ground operations aren’t enough. From straight ladders to platforms and water towers, Pierce aerials are designed to maximize vertical and horizontal reach while maintaining maneuverability and stability in real-world conditions. Whether operating in tight urban streets or wide-open industrial settings, these trucks are engineered to help departments operate safely and efficiently at height.
With options ranging from traditional ladders to versatile quints and elevated platforms, aerial apparatus can be configured to match how your department responds. Platform designs provide a more secure working area and safer rescue capabilities, while ladder trucks offer lighter weight, longer reach, and flexibility in confined spaces. The result is a purpose-built solution that enhances rescue operations, improves fireground visibility, and delivers the performance and adaptability crews rely on every call.
A custom chassis is the foundation of every fire apparatus, shaping how the truck rides, handles, and performs when it matters most. Built from the ground up for the fire service, Pierce custom chassis are engineered for safety, maneuverability, and long-term durability, with enhanced visibility, expanded cab space, and configurations tailored to each department’s operational needs.
From advanced suspension systems that improve ride quality and control to integrated electrical architecture and flexible cab designs, every detail is designed with the firefighter in mind. The result is a purpose-built platform that supports everything from pumpers to aerials, delivering the performance, reliability, and serviceability departments depend on day in and day out.
Tankers, also known as tenders, are built to deliver one of the most critical resources on the fireground, water. Originally designed as simple water haulers for areas without hydrant access, today’s tanker apparatus play a much larger role, supporting both water supply and active firefighting operations. Pierce tankers are engineered to transport large volumes of water while maintaining the flexibility to operate as a frontline unit when needed.
With configurable tank capacities, pump options, and storage solutions, tanker apparatus can be tailored to match the demands of rural, suburban, or industrial response areas. From rapid dump systems and portable tank deployment to integrated pumping capabilities, these trucks are designed to keep water moving efficiently on scene. The result is a dependable, purpose-built apparatus that strengthens water supply operations and supports crews where infrastructure is limited.
Electric fire apparatus represent the next evolution of the fire service, delivering the performance crews expect while reducing emissions, fuel consumption, and noise. Built on the Pierce Volterra® platform, these trucks are designed to operate seamlessly between battery power and traditional engine support, giving departments the flexibility to run in near-zero-emissions mode without sacrificing capability. With significantly quieter operation and reduced environmental impact, electric apparatus enhance both firefighter safety and community response.
At the core of the Volterra platform is a patented parallel-electric drivetrain that allows the apparatus to drive and pump using onboard battery power, with an integrated internal combustion engine providing continuous, uninterrupted performance when needed. Designed to mirror the look, feel, and functionality of a traditional fire truck, electric apparatus integrate easily into existing fleets while introducing advanced technology that supports long-term sustainability goals. The result is a purpose-built solution that delivers reliable performance today while positioning departments for the future of emergency response.
