Collection: 60 mm Round Dexter‑Style Lazy Axle
60 mm Round Dexter‑Style Lazy Axle
Heavy‑Duty • Precision‑Machined • Built for Australian Trailers
The 60 mm Round Dexter‑Style Lazy Axle is engineered for strength, stability and long‑term reliability in demanding Australian conditions. Designed for tandem and tri‑axle trailers where only one axle requires braking, this lazy axle delivers the durability of a full‑size Dexter‑pattern setup without the added complexity of a brake assembly.
Product Overview
Built from solid 60 mm round bar, this axle is ideal for:
- Car and plant trailers
- Tandem caravans
- Off‑road campers
- Boat trailers
- Heavy‑duty custom builds
Its larger diameter provides superior rigidity compared to 45 mm or 50 mm axles, reducing flex and improving tracking under load.
Key Features
- Heavy‑duty 60 mm solid round beam for maximum strength
- Dexter‑pattern stubs for compatibility with high‑capacity hubs and bearings
- Lazy axle configuration (non‑braked) for tandem setups
- Precision‑machined journals for correct bearing preload
- Compatible with parallel or Dexter heavy‑duty bearings
- Custom stud patterns available (Ford, Holden, LandCruiser, etc.)
- Grease or oil‑bath lubrication options
- Suitable for leaf‑spring and rocker‑roller suspensions
Bearing & Hub Compatibility
This axle can be supplied with:
- Parallel bearing kits (common for 1.5–2 t per axle)
- Dexter heavy‑duty bearing kits (for 2–3 t per axle)
- Non‑braked hubs matched to your stud pattern
If you provide your ATM, hub type, or existing bearing numbers, we can match the exact configuration.
Why Choose a 60 mm Round Lazy Axle
- Increased rigidity for heavy loads
- Ideal for trailers where only one axle is braked
- Better stability at highway speeds
- Long service life with minimal maintenance
- Perfect for Australian coastal and off‑road environments
Custom‑Built for Your Trailer
Every axle can be manufactured to your exact:
- Hub‑face measurement
- Spring‑centre spacing
- Stud pattern
- Load rating
This ensures a perfect fit and optimal performance—no compromises, no guesswork.
