fits model: X12. year: 2015.

( Brand: Bfo ), ( Manufacturer Part Number: GQB3FP ), ( California Prop 65 Warning: California Prop 65 Warning ), ( Capacity: 8 Gal ), ( Color: Metallic ), ( Fitment: For Racing Vehicle ), ( Fuel Type: Gasoline ), ( Item Height: 10 In ), ( Item Length: 15 In ), ( Item Width: 12.5 In ), ( Items Included: Fuel Tank ), ( Material: Aluminum ), ( Oe/oem Part Number: Not Legal For Street/highway Vehicles. ), ( Performance Part: Yes ), ( Vintage Part: No ), ( Country Of Origin: China )
The **BF GQB3FP Fuel Cell Galvanic Tank** is a high-performance, precision-engineered racing tank designed for competitive model car enthusiasts seeking unmatched speed, reliability, and efficiency. Built with a **15mm x 12.5mm** frame profile, this galvanic fuel cell tank strikes an ideal balance between compactness and structural integrity, making it perfect for tight turns and high-speed maneuvers on the track. The **galvanic fuel cell system** ensures a clean, self-contained power source, eliminating the need for external batteries and reducing weight while maintaining consistent voltage output critical for maintaining optimal motor performance and throttle response. Constructed from **high-grade, corrosion-resistant materials**, the tank is engineered to withstand the rigors of intense racing, including high G-forces and prolonged use without degradation. Its **sleek, aerodynamic design** minimizes air resistance, allowing for smoother acceleration and better handling, while the **modular fuel cell assembly** provides easy access for maintenance and refueling, ensuring minimal downtime between races. Whether deployed in **1/10th scale RC cars, drift rigs, or high-speed endurance setups**, this fuel cell tank delivers a **reliable, high-energy solution** that enhances both performance and longevity. Ideal for racers who demand precision, durability, and a competitive edge, the BF GQB3FP is a standout choice for those pushing the limits of model car racing.
### Pros and Cons of Buying a BFO GQB3FP Fuel Cell for a Racing Tank (15" x 12.5")
#### **Pros:**1. **High Power Output** The GQB3FP fuel cell is designed to deliver strong performance, providing consistent power for competitive racing. Its 3-cell configuration (or equivalent high-output design) ensures reliable acceleration and speed, which is critical in fast-paced racing environments.
2. **Long-Lasting Fuel Efficiency** Fuel cells generally offer better energy density than traditional batteries, meaning you can run longer races without frequent refueling. This is particularly useful in multi-lap or endurance-style racing where downtime for battery changes can be costly.
3. **Lower Maintenance Compared to Batteries** Unlike NiMH or LiPo batteries, fuel cells do not degrade over time with charge cycles. They require less upkeep, such as no need for balancing or replacement after a set number of uses, which can save time and money in the long run.
4. **Consistent Performance** Fuel cells provide stable power output as long as fuel is available, reducing the risk of sudden power drops or "dead spots" that can occur with batteries, especially when they are nearing exhaustion.
5. **Eco-Friendly Alternative** If using a biofuel (e.g., methanol or ethanol-based fuels), the GQB3FP can be more environmentally friendly than traditional battery-powered systems, depending on the fuel source and local regulations.
6. **Quick Refueling** Refueling a tank is often faster than swapping out batteries, especially in high-pressure racing scenarios where every second counts. This can give you an edge in terms of race strategy and downtime.
7. **Compatibility with Racing Modifications** The GQB3FP is designed for high-performance applications, meaning it can handle the demands of modified racing tanks, including high-speed operation and potential modifications to the tank s structure or drive system.
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#### **Cons:**1. **Initial Cost** Fuel cells and their associated fuel systems (tanks, pumps, regulators) can be more expensive upfront compared to traditional battery setups. The cost of the GQB3FP itself, along with fuel and maintenance parts, may require a significant investment.
2. **Fuel Dependency** You must carry extra fuel for long races, which adds weight to the tank. This can impact maneuverability, especially if the tank is already optimized for speed rather than payload capacity. Additionally, fuel spills or leaks can be hazardous and may require additional safety measures.
3. **Refueling Infrastructure** If you race in venues without easy access to fuel (e.g., methanol or ethanol stations), you may need to transport fuel yourself, which can be cumbersome. Some racing leagues or tracks may not support fuel cells, limiting your options.
4. **Learning Curve** Operating a fuel cell system requires familiarity with fuel management, pressure regulation, and potential troubleshooting (e.g., clogged lines, fuel pump failures). This may take time to master, especially if you re transitioning from battery-powered racing.
5. **Regulatory Restrictions** Some racing leagues or local regulations may restrict or prohibit the use of fuel cells in competitions, particularly if they involve flammable fuels. Always check with your racing organization before committing to a fuel cell setup.
6. **Potential for Fuel Contamination** Fuel cells are sensitive to impurities in the fuel (e.g., water, debris). Contaminated fuel can damage the cell or reduce performance, requiring additional filtration or fuel purification systems, which add complexity and cost.
7. **Limited Availability of Parts** Compared to batteries, fuel cell components (e.g., replacement cells, pumps, regulators) may be harder to find or more expensive to repair. This could lead to longer downtimes if parts fail during a race season.
8. **Weight Considerations** While fuel cells themselves are lightweight, the additional weight of fuel tanks, pumps, and safety gear (e.g., fire suppression systems) can offset some of the benefits. This may require adjustments to the tank s balance or aerodynamics.
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### **Conclusion:**The BFO GQB3FP fuel cell is an excellent choice for racing tanks if you prioritize **consistent power, long-duration performance, and lower maintenance** over the upfront cost and complexity of fuel management. It shines in scenarios where **speed, reliability, and minimal downtime** are critical, such as high-speed racing or endurance events. However, it may not be ideal if you face **budget constraints, lack of fuel infrastructure, or regulatory restrictions**.
If you re racing in a league or environment where fuel cells are permitted and you can manage the associated logistics (fuel storage, refueling, and safety), the GQB3FP can give you a competitive edge. For casual or low-budget racers, or those in leagues that favor batteries, the trade-offs may not be worth it.
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### **Recommendation:** 1. **If you re committed to fuel cells:**- Invest in a **high-quality fuel system** (e.g., methanol tank, reliable pump, pressure regulator) to complement the GQB3FP.
- Ensure your racing league or track allows fuel cells and that you understand any safety protocols.
- Practice fuel management and refueling strategies to optimize performance without adding unnecessary weight.
- Consider starting with a **hybrid approach** (e.g., using fuel cells for long races and batteries for shorter ones) if you re unsure about the long-term commitment.
2. **If you re on the fence:**- Compare the **total cost of ownership** (including fuel, maintenance, and potential downtime) against a high-performance battery setup (e.g., LiPo or NiMH with a good charger).
- Test the GQB3FP in **non-competitive races or practice sessions** to gauge its performance and ease of use before fully committing.
- Consult with experienced fuel cell racers or your racing community for insights on real-world challenges and solutions.
3. **If you re racing in a battery-friendly league:**- Stick with a **well-maintained battery system** (e.g., high-capacity LiPo with a good BEC or ESC) unless you re willing to switch leagues or modify your setup significantly.
Ultimately, the GQB3FP is a **strong contender for serious racers** who value performance and durability, but it requires careful planning and adaptation to its unique operating requirements. If you re ready for the challenge, it can be a game-changer for your racing tank.
Material: Aluminum. For competition or off-road use only. Package included. The reason for return.
Aluminum Fuel Cell 8 Gal for Racing Vehicle Gasoline Tank 15 L X12.5 W. Not legal for street/highway vehicles. Showing as the picture. Item Quality problem.
Type: Fuel Tank. Every product has quality inspection before leaving the factory. Return item must be in brand new and unused condition with original tags packaging. 2.Lightweight and fuel-efficient: With a much lower density than steel, it is lighter for the same volume, reducing vehicle load helping fuel consumption.
Return items must be in original condition. For Racing Vehicle Type. 4.Good fatigue resistance: It adapts to vibrations and temperature changes during daily driving, is less prone cracking due long-term stress, offers high reliability. Condition: 100% New.
3.Corrosion-resistant and durable: It easily forms a stable oxide film on its surface, which resists fuel corrosion environmental erosion, resulting in longer service life. Fitment Type: Direct Replacement. Fuel Type: Gasoline. Capacity: 8 gallons.
Tank Measures: 15 L x 12.50 W 10. For shipping damage case. 4.Not for use with Alcohol, Methanol, Water. Less expensive, easier to install.
Our mechanic will inspect every return item.