Product Positioning: The Yimeite Hybrid Electric Feed Pusher is a multifunctional work vehicle designed specifically for large-scale farms. Integrating hybrid electric technology with multi-scenario operational modules, it enables integrated operations including feed pushing, cleaning, and material transfer, providing professional-grade solutions to reduce costs and enhance efficiency for farms.

I. Core Configuration: Hybrid Power + Modular Work Units
1. Power System:
Features a hybrid drive architecture with high-efficiency lithium battery packs and auxiliary fuel units for extended runtime. Power output supports stepless adjustment—low speeds adapt to narrow barn passages while high speeds meet material transport demands, reducing energy consumption by 60% compared to pure fuel equipment.
2. Operational Modules:
Feed Pusher Unit: Features wear-resistant alloy blades with a standard feed trough width adaptation. Single-pass capacity reaches 0.8m³ (customizable), ensuring uniform forage distribution.
Cleaning Module: Quick-change rotating brush assembly with 1.2m cleaning width (customizable), designed for clearing manure and forage residues from barn floors and walkways.
Auxiliary Function: Supports towing ≤1-ton equipment (e.g., small feed carts) to expand material transport capabilities on farms.

II. Core Advantages: Specialized Design for Farm Applications
1. Scenario Adaptability:
Compact structure (L 2.8m × W 1.5m) (customizable) with a minimum turning radius of just 1.8m (customizable), enabling agile navigation through narrow spaces like barns and feed storage areas; anti-slip tires adapt to wet, muddy pasture conditions while preventing floor damage in barns.
2. Efficiency and Cost Optimization:
A single unit replaces 3-4 manual workers for feed pushing and cleaning tasks, with daily operational efficiency meeting the needs of a 500-head herd. Its hybrid electric-diesel power system consumes only 40% of the energy costs of pure diesel equipment. Annual operating costs are reduced by 70% compared to traditional manual methods, with an investment payback period of 10-12 months.
3. Reliability and Usability:
Key components feature industrial-grade specifications (e.g., wear-resistant push plates, waterproof motors), ensuring an average mean time between failures (MTBF) ≥ 2000 hours. The control interface combines a handle with a dashboard design, enabling operator training completion within 1 hour and lowering labor requirements for farms.

III. Application Value: Empowering Precision Management Upgrades in Ranches
Amid the industry trend of “cost reduction, quality improvement, and efficiency enhancement” in large-scale ranches, this equipment addresses the inefficiencies and high costs of traditional manual feeding and cleaning through its “multi-functional operation” model. It simultaneously improves forage distribution uniformity and barn cleanliness through standardized operations, indirectly boosting livestock feeding efficiency and health levels.
Currently deployed across multiple large-scale cattle farms in China, this equipment has become a core component of intelligent, precision management systems due to its high adaptability and cost-effectiveness.
Download our complete product brochure
Get detailed operation instructions
Watch product demonstration videos

