PowerPusher

What Type of PowerPusher Do You Need?

PowerPusher products are designed for several distinct applications. Understanding the product categories is the first step in finding the right solution.

Each category is designed around different load configurations, wheel types, connection methods, and operational requirements. Selecting the correct product starts with understanding your application.

Capacity Comparison Guide

One of the most important selection criteria is load capacity.

These capacities provide a starting point, but actual product selection should also account for wheel type, floor conditions, incline, and rolling resistance.

Benefits of PowerPushers

PowerPushers help facilities reduce the physical effort required to move heavy loads while increasing control and maneuverability.

Key benefits include:

• Single-operator movement of heavy loads
• Battery-powered operation
• Zero exhaust emissions during use
• Indoor and outdoor operation
• Reduced manual pushing and pulling
• Improved workplace ergonomics
• No operator license required
• Compact footprint compared to forklifts
• Automatic braking and dead-man safety controls

PowerPushers are frequently used to reduce the risk of musculoskeletal disorders (MSDs) associated with repetitive manual movement of heavy equipment and materials.

How to Choose the Right PowerPusher

Selecting the right model involves more than simply comparing load capacities.

1. Total Load Weight

The first requirement is identifying the total weight of the load being moved. Capacity ratings should always exceed actual operating requirements.

2. What the Load Rolls On

The wheels beneath the load play a major role in determining required pushing force.

Examples include:

• Swivel casters
• Fixed casters
• Pneumatic tires
• Solid tires
• Rail wheels

Each wheel type creates different levels of rolling resistance.

3. Push Only or Push and Pull

Some applications require movement in a single direction. Others require positioning, reversing, and precise maneuvering.

4. Floor Conditions and Inclines

Smooth warehouse floors create different resistance than rough concrete, asphalt, gravel, or inclined surfaces.

5. Connection Method

The method used to connect the PowerPusher to the load is essential for safe and efficient operation.

Different applications may require:

• Ball hitches
• Couplers
• Vehicle adapters
• Cart attachments
• Custom connection solutions

Need Help Selecting a Model?

Use the Product Selector Tool or contact Barron Equipment for application-specific guidance based on load weight, wheel type, route conditions, and operating environment.

Understanding Rolling Resistance

Rolling resistance is the force that opposes movement when a wheeled load travels across a surface.

Many buyers focus only on load weight, but rolling resistance often has a larger impact on product selection.

Rolling resistance increases with:

• Rough floor surfaces
• Poor caster quality
• Undersized wheels
• Damaged bearings
• Heavy loads
• Floor inclines

This is why two loads weighing the same amount may require completely different PowerPusher models.

Battery and Charging Information

All PowerPusher products on this page use battery-powered electric drive systems.

PowerPushers use standard battery technology and do not require proprietary battery packs. Replacement batteries are widely available through battery and marine supply sources.

About PowerPusher and Nu-Star

PowerPusher® equipment is manufactured by TC Nu-Star Inc. in Shakopee, Minnesota. Founded in 1959, Nu-Star designs powered load-moving equipment used by more than 36,000 companies across automotive, industrial, aerospace, marine, construction, and manufacturing industries worldwide. Barron Equipment is an authorized distributor of Nu-Star PowerPusher products.

Maintenance and Battery Care

Proper maintenance helps ensure long-term performance and reliability.

Recommended maintenance practices include:

• Charge batteries after use or when battery levels become low
• Avoid fully discharging batteries whenever possible
• Inspect nuts and bolts periodically
• Verify safety systems remain operational
• Do not modify safety equipment
• Do not perform mechanical adjustments while equipment is running
• Follow manufacturer maintenance schedules
• Replace batteries as needed using approved deep-cycle marine batteries

Routine inspection helps maintain performance and extends battery life.

PowerPushers vs. Forklifts

For loads that already have wheels, a PowerPusher can often replace a forklift in many applications.

Common advantages include:

• No forklift operator license required
• Lower operating costs
• Zero emissions during operation
• Better maneuverability in confined areas
• Reduced facility congestion
• Easier training requirements

Important distinction: PowerPushers move loads that are already on wheels. They are not designed for lifting loads vertically. If an application requires lifting, a separate lifting solution may still be needed.

Service Area

Barron Equipment sells Nu-Star PowerPusher products to customers throughout all of Iowa and Illinois, plus parts of Wisconsin, Minnesota, Missouri, and Nebraska. Contact our team to confirm availability and application support in your location.

Frequently Asked Questions

What is a PowerPusher?

A PowerPusher is a battery-powered, pedestrian-operated electric tugger or pusher manufactured by TC Nu-Star Inc. that allows a single operator to move vehicles, trailers, carts, and equipment weighing from 1,000 to 250,000 pounds.

How do I choose the right PowerPusher?

Selection depends on five primary factors: load weight, wheel type, push-only or push-pull requirements, floor conditions, and connection method. Barron’s Product Selector can help narrow the options.

Do PowerPushers require a license?

No. PowerPushers do not require an operator license or certification. Models include automatic braking and dead-man safety systems designed for straightforward operation.

What batteries do PowerPushers use?

PowerPushers use standard Group 27 deep-cycle marine batteries. Most models operate on 24V systems, while larger models use 36V configurations.

How long does a charge last?

A full charge typically takes 6–8 hours and can provide approximately 2–6 miles of runtime depending on load weight, terrain, and operating conditions.

What is rolling resistance?

Rolling resistance is the force that resists movement of a wheeled load. Floor conditions, wheel type, caster condition, and inclines all influence how much force is required to move a load.

Find the Right PowerPusher

Whether you need an electric vehicle pusher, trailer mover, industrial cart mover, electric tugger, or motorized wheelbarrow, Barron Equipment can help evaluate your application and recommend an appropriate solution.

Use the Product Selector Tool, explore the Buyer’s Guide, or request a quote to get started.