16339 – HIGH LIFT BLADE FOR 61″ DECKS
Key Features of Bad Boy Mower 16339 – High Lift Blade for 61" Decks
- OEM Quality Construction: Genuine Bad Boy blade built to exact factory specifications.
- High-Lift Design: Provides superior lift and air circulation for 61" decks.
- High-Strength Steel: Engineered for long-lasting sharpness and impact resistance.
- Corrosion-Resistant Coating: Built to withstand harsh mowing conditions.
- Precision Balance: Ensures smooth operation and reduced vibration.
- Versatile Use: Ideal for grass cutting on 61" Bad Boy Mower decks.
- Enhanced Discharge: Improves clipping ejection for cleaner cuts.
- Easy Installation: Engineered for quick and secure spindle mounting.
- Reliable Performance: Maintains cutting efficiency in rugged environments.
- See Models Used On below for more detail.
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SKU:
16339
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Weight:
2.50
Bad Boy Mower 16339 – High Lift Blade for 61″ Decks
The Bad Boy Mower 16339 – High Lift Blade for 61″ Decks is a genuine OEM replacement designed for superior cutting performance in Bad Boy Mower 61″ deck models. Built to exact factory standards, this high-lift blade ensures exceptional lift and air circulation, durability, and precision cuts in demanding mowing conditions.
Engineered for use in Bad Boy Mower 61″ deck models, the 16339 features a high-lift design that enhances clipping discharge and cut quality, ideal for thick or wet grass. Its balanced construction minimizes vibration for smooth operation.
Manufactured from high-strength steel with a corrosion-resistant coating, this OEM blade resists wear, impact, and environmental damage, ensuring long-term sharpness and reliability. Its precision engineering guarantees a secure spindle fit, maintaining deck efficiency.
The Bad Boy OEM High Lift Blade meets Bad Boy’s rigorous quality standards, providing dependable performance and durability. Shop at BadBoyMowerParts.com for a full range of OEM blades, with free shipping on orders over $100, ensuring factory-grade performance for your mower.
| Weight | 2.50 lbs |
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Models Used On
(Click Link For Diagram)
