Boogaard Brokers

Trailing suction hopper dredgers for sale

A trailing suction hopper dredger (TSHD) is a self-propelled dredger that loads sand or silt into its own hopper while sailing, and delivers it by bottom dumping, pumping ashore or rainbowing. Boogaard Brokers has brokered and valued hopper dredgers since 1923. Our current TSHDs for sale range from around 975 m³ to 8,600 m³ hopper capacity, from compact maintenance dredgers to aggregate, split-hull and large-capacity hopper dredgers.

Why Boogaard Brokers?

  • In-house expertise
  • Market knowledge backed with an extensive database
  • A commercial philosophy always aimed at customer's satisfaction
  • Global covering
Sort
 
Show
 
 
New HZ1000.24 ga plan.jpg

1,365 m³ twin screw trailing suction hopper dredger with 2 trailing pipes [HZ1000.24]

Built/yard 1980, rebuilt 2014
Dimensions 81.00 x 15.00 x 5.60 m
Total installed power 2,215 kW
Hopper capacity 1,365 m3/1,964 tons
Dredging depth max. approx. 22.00 m
Dredge pump(s) 2 x 460 kW, electr.
 
New HZ4550.01.jpg

4,720 m³ twin screw trailing suction hopper dredger [HZ4550.01]

Built/yard 1973, Holland
Dimensions 103.00 x 18.00 x 9.00 m
Hopper capacity approx. 4,720 m3 / 7,200 tons
Dredging depth max. 25.00 m
Dredge pumps 2, make Vos, each driven by Cat., type 3516HD, 1,470 kW/each
 
New HZ8600.01_900x480.png

8,600 m³ trailing suction hopper dredger [HZ8600.01]

Built/yard 2026/China
Classification ★ CSA Trailing Suction Hopper Dredger; Dredging Within R2; PSPC(B); Ice Class B
Dimensions (loa 118.38 m) 110.20 x 22.00 x 9.60 m
Hopper capacity 8,600 m3
Dredging depth 30.00 m.
Dredge pump(s) make IHC 1,450 kW 
 
hele_vaartuig_kleur_900x500.png

975 m³ trailing suction hopper dredger [HZ0975.01]

Built/yard 1981, France
Classification local class
Dimensions 65.50 x 10.50 x 3.50 m
Hopper capacity approx. 975 m3 - 1,150 tons
Trailing pipe(s) 1, diam. 600 mm
Dredging depth approx. 16 m
Dredge pump 750 kW
 
HZ1500.32 ga plan 900x550 pix.jpg

1,800 m³ trailing suction hopper dredger [HZ1500.32]

Built/yard 1982, Germany/1998 lengthened and converted to coaster, 2003 converted to aggregate dredger
Classification DNV GL 1 A 1 Dredger E0
Dimensions 85.00 x 12.00 x 6.80 m. Loa 89.97 m
Hopper capacity 1,800 m3, approx. 2,630 tons
Trailing pipe(s) 1, diam. 600 mm
Dredging depth max. 30.00 m
Dredge pump(s) 776 kW
 
cropped_image.png

2,800 m³ aggregate trailing suction hopper dredger [HZ2400.05]

Built/yard 1986
Classification Bureau Veritas, I ✠, Hull ✠ Mach, Dredger Coastal Water, ✠ AUT-UMS, ✠ MON SHAFT, ✠ MACH, valid until November 2026
Dimensions 99.00 x 17.35 x 7.90 m
Hopper capacity approx. 2,800 m3 / 6,300 tons
Trailing pipe diam. 700 mm
Dredging depth 45.00 m
Dredge pump submersible pump in trailing pipe, make. IHC, 1,100 kW
 
HZ4200.02 image 900x550 pix.jpg

4,200 m³ split hull trailing suction hopper dredger [HZ4200.02]

Built/yard 2021
Dimensions 105.00 x 21.00 x 6.60 m
Hopper capacity approx. 4,200 m3 
Total installed power 2 x 2 Bolnes, total output 6,700 kW
Trailing pipes 650 mm
Dredging depth max. 26.00 m
Dredge pumps 2 x 940 kW
 
7000m3 TSHD.png

7,050 m³ trailing suction hopper dredger [HZ7000.04]

Built/yard 2012
Dimensions (loa 116,95 m) 106.60 x 22.00 x 8.90 m
Hopper capacity 7,050 m3/ 10,000 tons
Trailing pipes 2, diam. 900 mm, swell compensated
Dredging depth 27.00 m.
Dredge pump(s) 2 x 1,825 kW

Used trailing suction hopper dredgers for sale

Above you will find our current trailing suction hopper dredgers for sale. Each listing shows the key figures a buyer needs first: hopper capacity in m³, deadweight, maximum dredging depth, number of suction pipes and the discharge options (bottom doors, split hull, pump ashore or rainbow). For the full specification, general arrangement drawing, class status and inspection options, contact us.

Looking for a size or type that is not listed? A large part of the hopper dredgers we sell never appears online. Tell us your required capacity, dredging depth and working area, and we will approach owners in our network.

Which size of hopper dredger do you need?

Hopper capacity is the first filter for most buyers:

  • Small TSHDs (up to ~1,500 m³): maintenance dredging of harbours, rivers and access channels, and projects with limited draught. Lower purchase price, running cost and crew requirement.
  • Mid-size TSHDs (1,500 to 5,000 m³): the most traded segment. Suitable for port deepening, coastal protection, beach nourishment and mid-size reclamation, and versatile enough to be redeployed between projects.
  • Large TSHDs (over 5,000 m³): capital dredging, large-scale land reclamation and long-haul sand transport. Only occasionally available on the second-hand market; we currently list hopper dredgers up to 8,600 m³ and can also source larger vessels off-market.

Besides capacity, look at dredging depth (the length of the suction pipe), the number of pipes, whether the vessel can pump ashore and rainbow, and its sailing speed, which determines the cycle time between the dredging site and the discharge area.

What does a trailing suction hopper dredger cost?

Prices of used hopper dredgers vary widely, because a TSHD is a complete ship as well as a dredger. The main factors are:

  • Hopper capacity and deadweight: the primary driver of value
  • Year of build and class status: a vessel with valid class and recent special survey saves the buyer time and money
  • Dredging depth and pump power: deeper and more powerful means a wider range of projects
  • Discharge options: pump-ashore and rainbow installations add value for reclamation work
  • Condition of hull, dredge pumps, dragheads and hopper doors
  • Flag, tonnage and trading area: some flags and class notations limit where the vessel can work
  • Location and delivery: a TSHD sails on her own keel, so delivery is usually simpler than for a stationary dredger

Boogaard Brokers is also a recognised independent valuer of dredging vessels for contractors, banks and insurers. For a realistic market price of a specific vessel, contact us or read more about our valuation services.

How does a trailing suction hopper dredger work?

A TSHD lowers one or two suction pipes to the seabed and sails slowly forward. The draghead at the end of each pipe loosens the material, which the dredge pumps lift into the hopper. Overflow lets excess water out so the hopper fills with a dense mixture. Once loaded, the dredger sails to the discharge area and unloads by:

  • Bottom dumping: through bottom doors, valves or a split hull, for underwater disposal or reclamation
  • Pumping ashore: through a floating pipeline to a reclamation or beach nourishment site
  • Rainbowing: spraying the mixture in a high arc directly onto the shore, often the cheapest method in shallow water close to the coast

Because a hopper dredger is self-propelled and stores its own load, it does not need floating pipelines or booster stations while dredging, and it can work in open water and busy shipping channels where a stationary cutter suction dredger cannot.

Typical applications

  • Maintenance dredging of ports, rivers and approach channels
  • Port and channel deepening
  • Beach nourishment and coastal protection
  • Land reclamation
  • Marine sand and aggregate winning

Buying a TSHD through Boogaard Brokers

As S&P brokers we guide the whole purchase process: shortlisting suitable hopper dredgers, arranging inspections and sea trials, negotiating price and terms, drafting the Memorandum of Agreement and managing delivery and transfer of ownership. Buyers and sellers around the world rely on:

  • In-house technical expertise in dredging vessels
  • Market knowledge backed by an extensive database of vessels and transactions
  • A global network of dredging contractors, shipowners and financial institutions
  • More than a century of experience in the dredging industry

Also see our split hopper barges, cutter suction dredgers and backhoe dredgers, or list your own hopper dredger for sale.

Frequently asked questions

What is the difference between a trailing suction hopper dredger and a cutter suction dredger?

A TSHD sails while dredging, stores the material in its own hopper and unloads it elsewhere. A cutter suction dredger works from a fixed position and pumps the material directly through a pipeline. TSHDs are the choice for soft material, open water and long transport distances; CSDs for hard soil and reclamation close to the dredging area.

What is the difference between a hopper dredger and a split hopper barge?

A hopper dredger loads itself with its own suction pipes and pumps. A split hopper barge has no dredging installation and is loaded by another dredger or excavator; it only transports and dumps the material.

Can a used TSHD be delivered worldwide?

Yes. A trailing suction hopper dredger is a seagoing, self-propelled vessel and normally sails to the buyer on her own keel. We arrange the delivery, flag change and documentation as part of the sale.

Do you also buy or value hopper dredgers?

Yes. If you want to sell your TSHD, list your vessel with us and we will present it to buyers worldwide. We also provide independent valuations of hopper dredgers for owners, banks and insurers.

Contact us
© 2026 Boogaard Brokers