Sub-vertical guide · Updated 12 May 2026

Solar panel grants for Aerospace & precision engineering

Large clean-floor footprint with high daytime electrical demand. Roof access can be a constraint.

Grant stack for Aerospace & precision engineering

Aerospace & precision engineering businesses typically combine multiple funding routes for commercial solar projects:

• Tax relief: 100% Full Expensing (limited companies) or AIA (partnerships, sole traders)
• Export income: Smart Export Guarantee — 3p-15p/kWh on exported electricity
• Sector grants: See parent factories sector guide for the primary grant routes
• REGO sales (systems above 50kWp): additional 0.8-2p/kWh equivalent revenue
• Regional schemes: Growth hub grants, devolved nation funding — see locations hub

Aerospace & precision engineering energy profile

Large clean-floor footprint with high daytime electrical demand. Roof access can be a constraint.

This sub-vertical typically benefits from solar PV economics because the load profile aligns well with solar generation hours. Combined with the parent sector's primary grant routes and the universal UK tax reliefs, projects in this sub-vertical commonly deliver post-tax payback of 4-6 years and 25-year IRR of 14-22%.

Next steps for Aerospace & precision engineering

1. Read the full factories sector guide for sub-vertical-specific case studies, grant stack and watch-outs.
2. Run the eligibility calculator for a personalised funding match.
3. Browse case studies for project economics in similar businesses.
4. Compare finance routes against your capex availability and tax position.

FAQs

Aerospace & precision engineering solar · FAQs

What solar grants apply to aerospace and precision engineering in 2026?

Aerospace & precision engineering businesses typically access the parent factories sector grant stack — see the factories sector guide for full details — plus sub-vertical-specific considerations covered below. The headline route depends on business structure (limited company, partnership, sole trader) and energy spend.

What size solar system suits aerospace and precision engineering?

System sizing depends on annual electricity consumption and roof area. Aerospace & precision engineering businesses typically operate at scales requiring 50-500kWp commercial PV. The cost & payback page covers each system size band.

What's the typical payback for aerospace and precision engineering solar?

After 100% Full Expensing for limited companies, typical post-tax payback is 4-6 years for this sub-vertical. Strong self-consumption profiles compress payback further; export-led economics extend it.

Where can I find case studies for aerospace and precision engineering?

See our case studies hub for detailed anonymised projects across automotive, food production, schools and farms. The factories sector page has additional sub-sector breakdowns.