Heavy haulage coordinator (nuclear)Salary, qualifications, career path and hiring demand, 2026 edition
A nuclear heavy haulage coordinator plans and controls the movement of components too large, heavy or sensitive for ordinary freight: reactor modules, steam generators, pressure-vessel sections, transformers, shield doors, casks, cranes and major decommissioning plant. The role connects heavy-haul contractors, SPMT crews, crane teams, civil engineers, route planners, ports, police/escort authorities and the nuclear site. Unlike a nuclear freight coordinator, this specialist is focused on abnormal loads, engineered transport equipment, lifting/transport interfaces, customs clearance procedures and physical execution, ensuring compliance with customs regulations knowledge and transportation requirements.
TRX models established US nuclear heavy-haul coordinators at roughly $88,000–$108,000 base, with senior specialists around $102,000–$128,000. A live 2026 Houston heavy-haul project-logistics coordinator posting pays $90,000–$100,000. In the UK, TRX models established specialists around £44,000–£56,000, rising above £65,000 for lead project roles; operational SPMT staff can earn more through overtime and allowances.
The role is not gated by a nuclear engineering licence. What matters is successful abnormal-load execution: transport studies, trailer/SPMT configuration, axle loading, lifting and tie-down interfaces, permits, route and bridge clearances, temporary works, escort planning, RAMS and contractor control. Nuclear projects then add stricter configuration, security, site access and schedule controls around the movement.
The role at a glance
everything an employer will ask about in the first fifteen minutes of a screening call.
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- Also called
- Heavy transport coordinator · abnormal load coordinator · project logistics coordinator · heavy-lift transport coordinator · SPMT project coordinator · superload coordinator
- Entry qualification
- Degree is useful but not mandatory. Logistics, project management, civil/mechanical engineering, heavy-haul operations, crane/rigging or freight-project experience can all lead in.
- Typical entry pay
- $72,000–$88,000 US TRX model · £36,000–£45,000 UK, with strong heavy-haul field experience often valued above general logistics administration.
- Senior pay
- $102,000–$128,000 US · £54,000–£68,000 UK; lead/project-management roles can move materially higher.
- Contract day rates
- £400–£550/day experienced coordinator and £550–£750/day senior nuclear/project-critical lead; US approximately $55–$100/hr according to responsibility.
- Professional gate
- No universal licence. CPCS, SPMT, rigging/lifting, Appointed Person, temporary-works or project-management competence can be valuable depending on scope; the coordinator need not personally hold every operational ticket.
- Security
- Nuclear-site access usually requires vetting and induction. Sensitive components, fuel-related loads or secure nuclear areas can add tighter access, escort and information controls.
- Where the work sits
- Nuclear new build, outages, major component replacement, decommissioning, heavy-lift contractors, EPCs, ports, module yards, reactor vendors and specialist project-logistics firms.
- Travel
- High. The work follows the load: ports, laydown areas, route surveys, fabrication yards, site gates and execution campaigns.
- Shift pattern
- Project-led rather than office-led. Night movements, weekend road closures, tide/port windows, rail possessions and SPMT operations frequently sit outside normal hours.
- TRX segments
- Large new build · New technology development · Operating fleet · Decommissioning & dismantling · Fuel cycle · Nuclear logistics
six versions of the same job title
heavy haulage changes with the cargo and the interface being controlled. Some coordinators live on public-road abnormal loads; others spend most of the job inside a nuclear construction site moving modules on SPMTs.
New-build reactor module transport
Coordinates movement of prefabricated modules, containment sections, heavy mechanical packages and other oversized new-build components from factory, port or laydown area to installation point. SPMT, crane, route, civil and schedule interfaces dominate.
Abnormal indivisible road loads
Owns road execution for loads exceeding normal vehicle dimensions or weights. Work includes STGO or equivalent permitting, axle loadings, route surveys, bridge/highway interfaces, escorts, traffic management and agreed movement windows.
Port-to-site heavy logistics
Controls discharge handover from vessel or barge through port staging, customs/release, heavy trailer mobilisation and onward road/rail transport. The project fails if quay, crane, trailer, route and site receipt are planned independently.
SPMT and on-site module movement
Coordinates engineered moves inside construction or operating sites using self-propelled modular transporters. Ground bearing, gradients, route preparation, temporary works, jacking/skidding, lifting interfaces and exclusion zones are central.
Outage / major component replacement
Supports reactor-head, steam-generator, transformer and other major-component replacement where the transport sequence is tied to crane windows, outage milestones and restricted site access. The movement may be one-off but programme-critical.
Decommissioning heavy haulage
Moves large contaminated plant, shielding blocks, vessels, cranes or packaged components during dismantling. Radiological controls, payload condition, lifting plans, site civils and disposal/processing interfaces add complexity beyond ordinary industrial heavy haulage.
What the week actually looks like
a composite day for a heavy-haul coordinator on a nuclear new-build site preparing an abnormal load from port to site and an SPMT movement inside the construction area.
What nuclear heavy haulage coordinators are paid in 2026
There is no official wage series for “nuclear heavy haulage coordinator.” The ladder is a TRX market model built from live heavy-haul project-coordinator pay, construction/project-management benchmarks and specialist operational rates. Nuclear adds value where the role carries abnormal-load, site-integration and programme-critical responsibility.
How nuclear heavy haulage compares to adjacent roles
Specialist nuclear heavy-haul pay is modelled rather than nationally coded. Live heavy-haul coordination roles anchor the middle of the market; project-management responsibility, SPMT/engineering depth and nuclear site accountability move the top end.
| Occupation | Median | P10 | P90 | What moves the number |
|---|---|---|---|---|
| Heavy haulage coordinator (nuclear) | $105,000 | $72,000 | $150,000 | Nuclear new build, SPMT, superload permits, multimodal execution and project authority |
| Heavy-haul project logistics coordinator — live US posting | $90,000–$100,000 range | — | — | OOG/heavy-lift road, rail and barge coordination |
| Mammoet project coordinator — live Canada posting | CAD $65,000–$80,000 range | — | — | Heavy-lift and transport project coordination |
| UK project manager — construction benchmark | £62,000 | £45,000 | £90,000 | Wider project-management anchor, not nuclear-specific |
Specialist nuclear heavy-haul pay is modelled rather than nationally coded. Live heavy-haul coordination roles anchor the middle of the market; project-management responsibility, SPMT/engineering depth and nuclear site accountability move the top end.
SPMT / engineered transport delivery
Direct execution of multi-axle SPMT moves, including ground/temporary-works interfaces, is scarce and highly portable.
Nuclear new-build abnormal loads
Large modules and safety-significant components combine project schedule pressure with nuclear QA, security and constrained site logistics.
Port-to-installation ownership
Coordinators who can control vessel/port handover, road or rail haulage, on-site transport and final lifting interface command more than single-leg specialists.
Three ways in
This role is usually built through heavy transport, project logistics, lifting or construction rather than nuclear engineering. Nuclear-specific credibility is added by delivering large movements safely inside highly controlled projects.
Heavy-haul / project logistics route
Rigging / SPMT operations into coordination
Construction / civil logistics route
Are you actually ready to compete for a nuclear heavy haulage coordinator role?
A strong CV does not say “coordinated oversized deliveries.” It names load weights and dimensions, trailer or SPMT configuration, permit regime, route constraints, crane/lifting interfaces, temporary works, contractor scope and the project milestone protected. If you delivered a vessel, module, transformer or reactor component from port to final set-down, show the full chain you controlled.
Free resume scoring on avua. Your score is yours; it is not shared with employers.The largest gap is usually proving engineered move ownership rather than ordinary freight or construction delivery coordination.
Illustrative TRX shortlisting pattern only.
The credentials that actually gate the work
Heavy haulage is gated by competence in abnormal-load execution, safe systems of work and the specific transport/lifting activities being controlled.
| Credential | Jurisdiction | Required for | Time | Notes |
|---|---|---|---|---|
| STGO / AIL regulatory competence | UK | UK abnormal-load road moves | Role-specific | Coordinators need working knowledge of vehicle/load categories, notifications and route restrictions. |
| Oversize / superload permit competence | US / Canada | State/provincial abnormal-load movements | Role-specific | Requirements vary materially by jurisdiction and load geometry/weight. |
| SPMT competence / manufacturer training | Global | SPMT execution roles | Employer-specific | Coordinator may not operate equipment but must understand configuration and operating limits. |
| CPCS / lifting / Appointed Person awareness | UK | Heavy-lift interface | Role-specific | AP or lift-planning qualifications are strong differentiators where lift scope is retained. |
| Temporary works / ground-bearing competence | Project-specific | SPMT routes, crane pads and temporary structures | Role-specific | Usually delivered with civil/temporary-works engineers rather than owned alone by coordinator. |
| RAMS / construction safety competence | All | Heavy transport execution | Role-specific | Method statements, risk assessments, hold points, exclusion zones and recovery plans are core. |
| Nuclear site induction / vetting | Nuclear sites | Site execution | Days–weeks | Includes local safety, security and work-control arrangements. |
| Project management qualification | All | Senior coordination / management | Months–years | APM, PMP or equivalent is useful but not a substitute for heavy-haul delivery evidence. |
No single ticket qualifies someone to coordinate a nuclear heavy-haul move. The coordinator must understand the limits of operators, engineers, appointed persons and temporary-works specialists and keep those authorities correctly connected during execution.
What appears on a 2026 nuclear heavy haulage coordinator shortlist
Employers screen for someone who can turn a transport-engineering method into a safe, executable movement under construction pressure.
Named on the specification
- Abnormal-load planning and permitting — AIL/STGO, superload permits, movement notices, escorts, road restrictions and jurisdiction-specific conditions.
- SPMT / heavy trailer configuration literacy — axle lines, load distribution, steering, hydraulic suspension, trailer combinations and operating envelopes.
- Route and infrastructure interface — bridge/culvert constraints, overhead clearance, turning radius, gradients, road strengthening, rail/port transfer and site access.
- Heavy lift / transport interface — cranes, jacking, skidding, transport frames, tie-down/restraint, set-down points and handover between lifting and haulage teams.
- RAMS and movement control — method statements, risk assessment, exclusion zones, communications, hold points, stop/abort criteria and recovery planning.
- Contractor and schedule coordination — heavy-haul vendors, civil works, security, construction sequence, permits, workforce and mobilisation aligned to one movement window.
What decides between two shortlisted candidates
- Nuclear new-build module movement — direct large-component execution at Hinkley, Sizewell or another major nuclear construction programme.
- SPMT campaign ownership — repeated movement of large modules rather than one isolated abnormal load.
- Port / barge / road integration — managing heavy cargo through marine discharge into land transport and site receipt.
- Bridge and temporary-works interface depth — evidence of coordinating route strengthening, mats, culverts, crane pads or temporary access.
- Outage critical-path heavy haulage — major component movement where delay directly extends outage duration.
- International heavy-project logistics — cross-border abnormal-load permits, ports, contractors and local transport regulations.
The 2026 demand map
Demand follows major nuclear construction, module delivery, component replacement and decommissioning. In 2026 the UK new-build market is the clearest source of sustained heavy-haul work.
| Programme | Location | Phase in 2026 | Engineering demand |
|---|---|---|---|
| Hinkley Point C | Somerset, UK | Major civil, mechanical and module construction | Very high — continuing heavy component, crane and modular logistics requirements |
| Sizewell C | Suffolk, UK | Active construction; first commercial freight train arrived September 2026 | Very high / rising — abnormal loads, rail, beach landing and construction logistics are built into the transport strategy |
| Sizewell C abnormal-load programme | Suffolk, UK | AIL movements active during 2026 construction | Very high — cranes, storage tanks, plant and other oversized loads already moving to site |
| Bruce Power Major Component Replacement | Ontario, Canada | Multi-unit refurbishment programme | High — major reactor-component handling and replacement creates heavy-lift/transport interfaces |
| Darlington New Nuclear Project — BWRX-300 | Ontario, Canada | Construction under way | Growing — modular SMR delivery creates future heavy transport demand |
| Westinghouse AP1000 US supply-chain programme | US | Supply-chain mobilisation / potential fleet deployment | Emerging — Mammoet is actively positioning engineered heavy lifting and transport capability for future AP1000 builds |
| Nuclear decommissioning / NDA estate | UK | Long-term dismantling and site transformation | Steady — large plant, contaminated equipment and bulk material movements require specialist logistics |
| Advanced reactor / microreactor demonstrations | US | Demonstration and deployment preparation | Emerging — portable/modular reactor concepts increase interest in engineered multimodal transport |
Demand follows major nuclear construction, module delivery, component replacement and decommissioning. In 2026 the UK new-build market is the clearest source of sustained heavy-haul work.
new build creates repeat work, not one-off moves.
Sizewell C’s logistics plan combines rail, road and a beach-landing facility for abnormal indivisible loads, while Hinkley Point C continues to require large-scale construction logistics. For candidates, that matters because repeat module and component movements build stronger experience than a single superload: planning standards, contractor performance and site route controls improve across a campaign.
people who understand the load and the construction sequence.
General heavy-haul coordinators can move a transformer or industrial vessel, but nuclear projects reward people who can also work inside tightly controlled installation sequences, QA hold points, security arrangements and civil temporary works. The premium profile understands SPMT physics well enough to challenge a plan, construction well enough to protect the milestone and nuclear controls well enough not to improvise around them.
Adjacent and onward roles
Heavy haulage connects project logistics, lifting, construction logistics and transport operations.
Questions heavy-haul candidates genuinely ask recruiters
How much does a nuclear heavy haulage coordinator earn in 2026?
TRX models established US heavy haulage coordinators at roughly $88,000–$108,000 base, with senior specialists at $102,000–$128,000. A live Houston heavy-haul project logistics coordinator role pays $90,000–$100,000. In the UK, established nuclear specialists model around £44,000–£56,000 and senior coordinators around £54,000–£68,000, with project-management roles moving higher. These figures reflect the demand for professionals who can coordinate daily workload requirements and drive transportation costs effectively.
Do you need an engineering degree to become a nuclear heavy haulage coordinator?
No. Many strong coordinators come from project logistics, SPMT operations, rigging, heavy haulage, or construction logistics. An engineering background helps when interpreting axle loads, route structures, temporary works, and movement plans, but the hiring decision is driven by delivery evidence and practical knowledge. A high school diploma combined with team concepts practical knowledge and inventory systems working knowledge can also be valuable. Senior roles require enough technical literacy to know when an engineering decision is needed, even if the coordinator is not the design engineer.
What is the difference between a heavy haulage coordinator and a nuclear transport route planner?
The route planner establishes whether and how the load can travel through the distribution network: road/rail options, infrastructure constraints, clearances, security, and alternatives. The heavy haulage coordinator turns that route into an executable engineered move by aligning trailer or SPMT, permits, escorts, crews, temporary works, lifting interfaces, and site receipt. The roles overlap, but the coordinator is closer to physical execution and must maintain accurate records of all movements and permits.
What is an Abnormal Indivisible Load in the UK?
Sizewell C’s transport documentation describes an AIL as a vehicle/load exceeding specified normal thresholds, including gross vehicle weight above 44,000 kg, certain axle-load limits, width above 2.9 m, or other length/overhang criteria. UK abnormal-load movements can also fall under STGO requirements. Exact notifications, permits, and route controls depend on the vehicle/load combination, future shipping schedules, and monthly shipping schedule.
Why are SPMTs so important in nuclear construction?
Self-propelled modular transporters allow extremely heavy modules and components to move slowly and precisely on many hydraulically controlled axle lines. That makes them well suited to modular nuclear construction, where large assemblies can be fabricated elsewhere and moved to installation points. The coordinator still has to manage ground bearing, gradients, steering space, temporary works, and lifting/set-down interfaces around the SPMT, ensuring proper loading and continuous improvement in operations.
What is the most valuable experience for a senior nuclear heavy haulage coordinator?
End-to-end ownership of a major component movement. The strongest evidence is a load moved from vessel or fabrication yard through abnormal-load permitting and route preparation to final site set-down, with SPMT/heavy trailer, temporary works, crane interfaces, and construction milestones all controlled. Nuclear experience adds value, but a proven complex heavy-haul campaign from another energy or infrastructure sector can transfer strongly. Experience coordinating with machine shipping team leads and transportation team members to meet monthly shipping schedule expectations is highly regarded.
We only recruit in nuclear. That is the whole point.
TRX can assess whether your background fits nuclear heavy haulage, route planning, project logistics, heavy lifting or construction logistics. If you come from oil and gas, offshore wind, petrochemicals, civil infrastructure or heavy industrial projects, we can identify which SPMT, abnormal-load and execution evidence transfers directly into nuclear.