How to Ship a Hydraulic Breaker Attachment: Complete Transport Guide

Hydraulic Breaker Sizes and Weight Ranges

Hydraulic breakers span a wide range of sizes, from compact units for mini excavators to massive demolition hammers for large excavators and carriers:

Breaker Class	Carrier Weight Class	Breaker Weight	Typical Models
Mini/compact	1–5 ton excavators	200–800 lbs	Atlas Copco SB 102, Epiroc SB 202
Small	5–12 ton excavators	800–2,500 lbs	Atlas Copco HB 2000, Epiroc HB 2500
Medium	12–25 ton excavators	2,500–6,000 lbs	Atlas Copco HB 5800, Caterpillar H130
Large	25–50 ton excavators	6,000–12,000 lbs	Atlas Copco HB 10000, Epiroc HB 10000
Extra-large	50+ ton excavators	12,000–20,000+ lbs	Atlas Copco HB 20000, Epiroc HB 20000

Shipping a Breaker Attached to an Excavator vs. Separately

Hydraulic breakers can be shipped in two ways, each with different considerations:

• Attached to the excavator: If the breaker is mounted on the excavator's arm, it ships as part of the machine. The combined weight and height must be calculated to determine trailer requirements and permit needs. The breaker's chisel (tool) should be retracted to its shortest position, and the arm should be positioned to minimize overall height.
• Shipped separately: Breakers shipped as standalone attachments are typically loaded on a flatbed trailer, often alongside other attachments or equipment. The breaker must be properly blocked and secured to prevent rolling or shifting. Hydraulic hose ends must be capped to prevent contamination.

Hydraulic System Preparation for Transport

Proper hydraulic preparation is critical to prevent damage during transport:

1. Cap all hydraulic ports: Remove the hydraulic hoses from the breaker's inlet and outlet ports and install clean caps or plugs on all open ports. This prevents contamination and fluid loss during transport.
2. Inspect hoses and seals: Check all hydraulic hoses for wear, cracking, or damage. Replace any damaged hoses before shipping — a hose failure during transport can result in hydraulic fluid contamination of the trailer and cargo.
3. Nitrogen pressure check: Many hydraulic breakers use a nitrogen accumulator to store energy. Check the nitrogen pressure before shipping and ensure it is within the manufacturer's specified range. Low nitrogen pressure can cause internal damage during transport vibration.
4. Retract the chisel: Retract the chisel (tool) to its fully retracted position and engage any transport locks. This reduces the overall length of the breaker and protects the chisel from damage.
5. Drain or secure fluids: For long-distance transport, some manufacturers recommend draining hydraulic fluid from the breaker body. Consult your specific model's transport guidelines.

Trailer Selection and Loading

The right trailer depends on the breaker's size and whether it's shipping alone or with other equipment:

• Flatbed trailer: The standard choice for most standalone breaker shipments. Breakers are typically loaded on their side or in a purpose-built cradle/skid. Ensure the loading surface is clean and free of sharp edges that could damage the breaker body.
• Step-deck trailer: Used when the breaker is tall or when shipping alongside other equipment that requires the lower deck height.
• Enclosed trailer or van: For high-value or sensitive breakers, enclosed transport provides protection from weather and theft. This is more common for new or recently rebuilt units.

Securement Requirements

Hydraulic breakers must be secured to prevent any movement during transport. Key requirements:

• Use manufacturer-designated lifting/tie-down points — typically the mounting bracket and body housing. Never chain through hydraulic hose ports or around the chisel.
• Use a minimum of four tie-down points for breakers over 2,000 lbs. Smaller breakers may be secured with two points if properly blocked.
• Use protective padding or rubber blocks at all chain contact points to prevent damage to the breaker body and hydraulic components.
• Block the breaker to prevent rolling if it is loaded on its side. Use wooden blocking or purpose-built cradles to maintain stable positioning.
• Do not over-tighten chains — excessive tension can crush hydraulic hoses or damage the breaker body. Chains should be snug but not deforming the equipment.

Permit Requirements

Most hydraulic breakers shipped as standalone attachments do not require oversize permits, as their dimensions fall well within legal limits. Permits may be required if:

• The breaker is shipped attached to a large excavator that exceeds legal dimensions
• Multiple large breakers are loaded on a single trailer and the combined load exceeds 48,000 lbs or 8.5 ft wide
• The breaker is shipped in a custom cradle or skid that increases overall load height above 13.5 ft

IronHaul Logistics ships hydraulic breakers and excavator attachments of all sizes nationwide. Get a free quote online, call (208) 495-2260, or email [email protected] — we handle everything from single attachment pickups to full attachment fleet relocations.