Airplane Towbar Buying Guide – Features, Sizing & Tips

Definition

An airplane towbar is a ground‑handling device that attaches to the aircraft's tow‑point and connects to a tug or vehicle, allowing controlled movement on the ramp, taxiway, or hangar floor. Proper identification and verification of the towbar model are essential before purchase. For related airframe components, see Airframe Parts.

Key Features

• Load Capacity – Maximum certified weight the towbar can safely pull.
• Material Construction – Steel, aluminum, or composite, affecting durability and weight.
• Attachment Interface – Standardized tow‑point fittings (e.g., 7‑inch or 8‑inch sockets) and locking mechanisms.
• Corrosion Resistance – Protective coatings for operations in humid or coastal environments.
• Compatibility – Must match the aircraft’s specific tow‑point geometry and any installed modifications.

Related ground‑equipment accessories, such as towing brackets for aircraft wheels, are often found with Aviation Tires.

Sizing and Specification

Correct sizing begins with the aircraft’s make, model, and serial number. Verify the tow‑point dimensions in the aircraft’s maintenance manual before selecting a towbar. Key specifications include:

• Overall length (inches)
• Socket diameter (inches)
• Maximum pull rating (pounds)
• Weight (pounds)

For optional accessories that may be required during installation, review the A20 Accessories category.

Price Ranges

Towbars vary widely in cost based on material, load rating, and certification status. Typical price brackets are:

• Basic steel towbars: $150 – $300
• Aluminum models with higher corrosion resistance: $300 – $550
• Composite or specialty‑engineered towbars: $550 – $1,200

Shipping considerations can affect total cost; see our Shipping and Delivery Information for details on freight options.

Top Brands

Several manufacturers are recognized for reliable towbars. When evaluating a brand, confirm that the part number matches the aircraft’s approved documentation (e.g., IPC or AMM). Notable makers include:

• Advanced Aircraft Electronics
• Hartzell
• Sheppard
• GAT

American Aviation Parts carries a curated inventory of these brands, ensuring you receive the exact part number required for your aircraft.

Common Pitfalls

Purchasing the wrong towbar can lead to structural damage or unsafe ground handling. Avoid these mistakes:

• Assuming a towbar fits all variants of a model without checking the aircraft’s serial‑range applicability.
• Overlooking required documentation such as an FAA Form 8130‑3 or a manufacturer service bulletin.
• Neglecting to verify corrosion‑resistant coatings when operating in salty environments.
• Failing to confirm the return policy for surplus or used towbars; review our Return Policy before ordering.

Recommendation

For most general‑aviation aircraft, a steel towbar with a certified load rating that matches the aircraft’s tow‑point is a cost‑effective choice. If operating in harsh environments or requiring reduced weight, consider an aluminum or composite option from a reputable brand. Always verify the exact part number against the aircraft’s maintenance manual and obtain the appropriate FAA documentation before installation.

When you are ready to source a towbar, consult Aircraft Parts Buyer Guides - American Aviation Parts for additional buying tips, or contact American Aviation Parts directly for assistance with fit‑verification and ordering.

Comparison Table

Material	Typical Load (lb)	Weight (lb)	Cost Range (USD)
Steel	2,000 – 3,500	45 – 60	$150 – $300
Aluminum	2,500 – 4,000	30 – 45	$300 – $550
Composite	3,000 – 5,000	20 – 35	$550 – $1,200