Boeing 767

Jet Brella Boeing 767 Engine Covers

Jet Brella’s advanced engine cover solution for the Boeing 767 delivers superior protection for aircraft equipped with the General Electric CF6-80C2 engines. Engineered as a complete system, this kit includes both inlet and exhaust covers to safeguard engines from environmental damage, operational wear, and foreign object intrusion. Whether the aircraft is stationed on a ramp, undergoing maintenance, or in long-term storage, these high-visibility covers minimize the risk of FOD and internal corrosion while enhancing readiness and reducing overall engine lifecycle costs. Available as a full kit (Part Number JB-767CF6-80C2-KT), the system fits all 767 variants.

Inlet Covers

Jet Brella’s Boeing 767 inlet covers are precision-fitted to the GE CF6-80C2 engine nacelles. Built with a trampoline-style venting system, they allow passive airflow while blocking harmful contaminants like dust, moisture, and wildlife. Each cover features a composite cone lined with neoprene foam and integrated with a spinner bearing for additional structural stability. The stowed dimensions are 44.5” in height and 18” in width, and each unit weighs 13 lbs. Installation is fast and tool-free, secured by three quick-release pins. Every inlet cover is housed in a breathable mesh carry bag, ideal for compact storage with vertical hanging loops.

Exhaust Covers

The exhaust cover set for the Boeing 767 includes center and outer pillows designed to fully seal off the CF6-80C2 exhaust area. Constructed from vinyl-covered foam with rigid fiberglass backing plates, these units block snow, birds, sand, and rain, preventing long-term exposure that can degrade engine internals. The center pillow measures 35.25” in diameter with a depth of 2.5”, while the outer pillows span 96” collectively with a depth of 4”. Each piece weighs approximately 8.75 lbs and attaches via adjustable webbing and plastic tether hooks. The kit includes one center and four outer pillows per engine, providing comprehensive aft coverage.

Dual Venting Engine Covers for 767

Hi‑Flow Dual Venting Inlet Cover

• Engine-Specific Fit: Designed to match the GE CF6-80C2 engine profile, these inlet and exhaust covers provide an exact fit for Boeing 767 airframes, ensuring aerodynamic compatibility and full sealing efficiency during idle periods.

• Venting System:

  • Trampoline-style vent valve releases excess pressure during engine cool-down.

  • Mesh-free airflow helps regulate internal temperature and moisture, reducing corrosion risk.

• Protective Capability:

  • Prevents wind milling and component wear.

  • Blocks entry of debris, sand, and wildlife.

  • Designed for full-system coverage when paired with exhaust pillows.

• Installation & Security:
  

  • Three quick-release pins offer fast, tool-free application.

  • Durable under wind shear, jet blast, and weather exposure.

  • No drilling or aircraft modification required.

• Convenience & Storage:

  • Includes mesh carry bags with loops for organized, vertical storage.

  • Lightweight, compact components for easy transport.

  • Composite and foam materials withstand thermal cycling and outdoor exposure.

• Customization:

  • Available in a range of colors and finishes.

  • Add tail numbers, squadron logos, or fleet branding via custom embroidery.

  • Optional desert/weather-specific configurations available.

Jet Engine FOD Damage Protection for 767

Built for Classic Performance

Jet Brella’s Boeing 767 engine cover system is specially engineered to counter FOD threats and environmental wear on long-range aircraft operating in challenging climates from coastal terminals to desert regions. Protecting engine blades, guide vanes, and fan internals, these covers reduce repair frequency and enhance operational continuity.

Weather Shielding

• Keeps engine internals dry in snow, rain, and ice conditions.

• Reduces potential for ice damage during cold-weather startups.

• Enhances readiness by preventing moisture buildup during storage.

Operational Safety

• High-visibility covers prevent accidental entry and FOD events during ramp operations.

• Minimizes maintenance zone hazards and clearly marks engine work areas.

Anti‑Corrosion Benefits 

• Blocks salt, dust, and environmental pollutants from reaching vital components.

• Reduces oxidation and internal damage, extending engine life and reliability.