Designed for safety, functionality and serviceability, our platforms can flow large volumes of water or perform precision rescue operations—like a Swiss Army knife, they can do it all. Our platform controls have infinite feathering, ramping features, and low/medium/high “shift on the fly” speed controls providing smooth multi-function operation of the aerial, even at low angles of elevation and fully extended.
A 1,500 GPM flow rating is standard, with monitor capabilities of 45º up and down, and a full 180º horizontal sweep.
Features may include:
At a GlanceTwo bi-fold doors at the front of the platform provide easy access and allow responders to easily egress to and from the platform. A hinged safety bar is located at each entrance for additional safety during rescue operations.
Our unique stabilizing system places the front stabilizers just behind the cab of the apparatus. This forward placement provides superior fore/aft leveling capability on steep terrain, plus easy access to the pump panel, while reducing stress on the chassis.
The strongest, most durable waterway in the industry featuring a galvanized inner coating prevents corrosion of the 84,000 psi pipe. The exterior waterway is chrome plated to provide a smooth telescopic movement throughout the entire extension and retraction of the aerial ladder.
A totally integrated system that provides instant feedback on a ladder’s extension, location, retraction, angle, load and breathing air system status, as well as J1939 engine information.
Optional storage around the wheel wells increases the amount of usable compartment space. Smart Storage compartments were designed to free up body compartment space and bring equipment to a more usable height.
Smeal offers blue rung lighting for superior visibility in the aerial climbing area.
Offers an optional ladder attachment to help firefighters safely and securely climb to and from the platform and a building parapet or flat roof.
Spartan’s platform leveling system electronically monitors the position of the platform relative to the earth and not the position of the apparatus.