

Elite part 2468739 is a High Rider configuration for the Elite 5500 striping system. This elevated setup provides increased ground clearance, making it ideal for uneven terrain, gravel surfaces, and job sites where standard configurations may encounter obstacles. The High Rider design allows operators to maintain consistent striping performance in challenging outdoor conditions where ground clearance is essential.
| Part Number | 2468739 |
|---|---|
| Part Description | Elite 5500 High Rider |
| Brand | Elite |
| Fits | Elite 5500 |
| Condition | New |
The Elite 2468739 High Rider configuration is a specialized setup designed for the Elite 5500 striping system, engineered to provide increased ground clearance for operation on uneven terrain and challenging surfaces. This configuration elevates the machine's chassis, positioning critical components higher above the ground to navigate obstacles such as gravel, compacted dirt, cracked pavement, and transitional surfaces where standard configurations may experience clearance issues. Contractors working on roadway projects, rural parking areas, construction sites, and surfaces with debris accumulation will find the High Rider configuration particularly valuable for maintaining consistent striping performance without interruption. The elevated design allows larger wheel assemblies that roll more smoothly over irregularities, reducing operator fatigue during extended sessions on rough surfaces. The High Rider configuration maintains the full performance capabilities of the Elite 5500 system while expanding its operational range to include environments where ground clearance is a limiting factor for standard equipment. This setup is especially beneficial for contractors who frequently transition between finished surfaces and rough terrain within the same project, such as new development sites where pavement installation is incomplete or seasonal maintenance applications where surface conditions vary. The configuration includes specialized wheel assemblies, extended mounting hardware, and frame components that raise the overall profile while preserving stability and control. Operators will appreciate the improved visibility of the spray tip from the elevated position, which aids in maintaining consistent line placement even when navigating uneven ground. The High Rider configuration represents a practical solution for expanding the versatility of the Elite 5500 platform, enabling a single machine to handle a broader range of project types without compromising on striping quality or operational efficiency.
| Increased ground clearance | Elevates the machine to navigate uneven terrain, gravel, and surface obstacles |
|---|---|
| Enhanced terrain capability | Enables operation on surfaces where standard configurations may encounter clearance issues |
| Larger wheel assembly | Provides smoother rolling over irregularities and reduced operator fatigue |
| Rough terrain striping | Gravel lots, construction sites, and unpaved shoulders |
|---|---|
| Transitional surfaces | Projects spanning finished pavement and unimproved ground |
| Debris-prone areas | Locations where loose material may interfere with standard clearance equipment |
| Rural applications | Roadway striping where shoulders or edges present clearance challenges |
Elite part 2468739 is the High Rider configuration specifically designed for the Elite 5500 striping system. Always verify fitment using the correct parts diagram for your exact machine revision.
| Elite Model | Component |
|---|---|
| Elite 5500 | High Rider configuration |
When operating a High Rider configuration, these complementary components are often considered to maximize performance and adaptability for challenging terrain.
Specialized wheels designed for the High Rider configuration provide enhanced traction and durability on rough surfaces and loose materials.
Protects machine components from debris kicked up by wheels when operating on unpaved or gravel surfaces.
Provides comfortable operator positioning when using the elevated High Rider configuration, reducing strain during extended operation.