G2G Chapter 17 — The Industrials Special

CHAPTER ROADMAP

What We Cover

The Industrials sector as understood by London investment banking: Aerospace & Defence, Capital Goods & Machinery, Building Materials & Construction, Engineering & Professional Services, Transport & Logistics, Packaging, Conglomerates, and Environmental Services/Waste.

We drill into key metrics, valuation frameworks, and sector-specific due diligence—everything you need to pitch an industrial M&A deal or challenge management earnings.

PART I — FOUNDATIONS

Industrial metrics: book-to-bill, backlog, organic growth, aftermarket revenue, utilisation, capex intensity
Advanced metrics: EBITDA margin, ROIC, FCF conversion, working capital efficiency, incremental margin
Key formulas and worked examples

PART II — SUB-SECTOR DEEP DIVES

Aerospace (commercial OEM and aftermarket), Defence, Capital Goods, Building Materials, Engineering Services, Transport, Packaging, Environmental, Conglomerates, Industrial Technology, Infrastructure

PART III — VALUATION & DILIGENCE

EV/EBITDA, SOTP for conglomerates, M&A synergy types, LBO structuring, cyclicality normalisation, red flag checklist

PART I: FOUNDATIONS

Industrial Metrics I

Book-to-Bill Ratio

Orders Received / Revenue in Period. Above 1.0x = growing demand backlog. Below 1.0x = backlog declining. Strong leading indicator of revenue trajectory 6-12 months forward.

Order Backlog

Total contracted but undelivered orders. Critical revenue visibility metric. Divide by annual revenue to estimate years of production coverage. Aerospace: 2-4 years. Defence: 5-10 years.

Organic Growth

Revenue growth excluding M&A and FX. Essential for industrial conglomerates with serial M&A. Separates true operational improvement from deal-driven growth.

Aftermarket / Service Revenue

Recurring revenue from spare parts, maintenance, and services on installed base. Often 50%+ of profit in aerospace. Aerospace aftermarket trades at 15-22x EBITDA vs OEM at 8-12x.

Utilisation Rate

Actual production / available capacity. High utilisation (85%+) = operating leverage and margin expansion. Low utilisation (<70%) = fixed cost burden and margin compression.

Capex Intensity

Capex / Revenue. Typical industrials: 3-8%. Asset-heavy (airlines, rail): 10-15%. Watch for creeping capex as sign of margin pressure or cyclical downturn.

PART I: FOUNDATIONS

Industrial Metrics II

EBITDA Margin by Segment

Industrials margins vary enormously by sub-sector. Aerospace aftermarket: 25-35%. Construction: 5-10%. Packaging: 15-20%. Testing/Inspection/Cert (TIC): 16-22%.

Return on Invested Capital (ROIC)

NOPAT / Invested Capital. The gold standard for capital-intensive businesses. Compare to WACC—above = value creation, below = value destruction. Industrial leaders: ROIC 12-18%.

Free Cash Flow Conversion

FCF / Net Income or FCF / EBITDA. Strong industrials convert 80-100% of EBITDA to FCF. Poor conversion (<60%) suggests: capex creep, working capital inefficiency, or restructuring drag.

Working Capital % of Revenue

Receivable days + inventory days − payable days. Industrial working capital typically 15-30% of revenue. Improvement in WC = cash generation opportunity.

Incremental Margin / Drop-Through

How much additional revenue flows to EBITDA. High drop-through (40-60%) indicates strong operating leverage. Low (<20%) suggests fixed costs are not fully leveraged.

Revenue per Employee

Revenue / headcount. Productivity metric. Automation companies: £300K+. Labour-intensive services: £60-100K. Rising RPE = efficiency improvement.

PART I: FOUNDATIONS

Key Industrial Formulas

Book-to-Bill Ratio

Book-to-Bill = Orders Received / Revenue

Above 1.0x: backlog growing. Below 1.0x: backlog shrinking. Watch the trend.

Backlog Coverage

Backlog Coverage = Backlog / Annual Revenue

Years of production visibility. Aerospace OEM: 2-4 years. Defence: 5-10 years.

ROIC (Return on Invested Capital)

ROIC = NOPAT / (Total Equity + Net Debt − Excess Cash)

Compare to WACC (typically 7-9% for industrials). ROIC > WACC = value creation.

FCF Conversion

FCF Conversion = Free Cash Flow / EBITDA

Strong: 80-100%. Weak: <60%. Red flag: <40% (working capital trap, capex creep).

Incremental Margin

Incremental Margin = Δ EBITDA / Δ Revenue

50% incremental margin = £1 of revenue growth delivers £0.50 EBITDA growth.

Working Capital Cycle

WC Cycle = Inventory Days + Receivable Days − Payable Days

Lower = better. Reducing by 5 days at £1B revenue = £137M cash released.

PART II: SUB-SECTOR DEEP DIVES

Aerospace — Commercial

Business Model

OEM (aircraft/engine) and aftermarket (MRO — maintenance, repair, overhaul). OEMs: Airbus, Boeing. Engines: Rolls-Royce, GE Aerospace, Safran, Pratt & Whitney.

Revenue Model: Aircraft/engine sales (OEM, often at low/negative margin to establish base) + aftermarket (25-40% EBITDA margin). "Selling the engine is marketing for the aftermarket"—engines are sold at loss to lock in decades of high-margin service contracts.

Key Metrics

Order backlog (production years), aftermarket revenue growth, engine flight hours (drives maintenance demand), aircraft deliveries, RPK (revenue passenger kilometres—air traffic proxy).

Example: Rolls-Royce Strategy

Sells Trent engine at breakeven. Each engine: 30+ years of flying life. Annual maintenance spend per engine: £2-3M. Installed base: 10,000 engines = £25-30B annual aftermarket addressable market.

Cycle: Tied to airline profitability and air traffic growth. Long-term secular growth (3-5% annual RPK growth) with cyclical downturns (COVID impact was extreme: RPK down 65% in 2020, recovered by 2024).

PART II: SUB-SECTOR DEEP DIVES

Aerospace — Defence

Business Model

Government contracts for military equipment, systems, services. Key players: BAE Systems, Leonardo, Thales, Rheinmetall, Lockheed Martin, RTX.

Revenue Model: Cost-plus contracts (cost + fixed margin, low execution risk) vs fixed-price contracts (higher margin but execution risk). Programme-based revenue with long timelines.

Key Metrics

Order backlog (funded vs unfunded), contract type mix, international vs domestic, programme milestones, margin progression (learning curve on fixed-price contracts).

Geopolitical Risk

Defence budgets tied to geopolitical tension. NATO 2% GDP target driving European rearmament post-Ukraine. UK defence spending: £68B → £75B by 2026. Structural growth driver, but policy-dependent.

Margin Profile: EBITDA 10-15% for platforms/equipment. Higher for services and mission systems. Valuation: EV/EBITDA 12-18x. Premium for: long backlog visibility, margin expansion from scale, aftermarket growth.

PART II: SUB-SECTOR DEEP DIVES

Capital Goods & Machinery

Sub-segments: Industrial automation (Siemens, ABB, Schneider), mining equipment (Caterpillar, Komatsu), machine tools, HVAC, compressors (Atlas Copco), power equipment.

Business Model

Manufacturing capital goods + aftermarket/service contracts. Global operations with local service networks. Highly cyclical—tied to industrial capex cycles and PMI.

Cyclicality: Short-cycle products (tools, consumables) recover first in upturns. Long-cycle (large infrastructure equipment) lags. Watch PMI and industrial production as leading indicators.

Aftermarket Importance: Service, spare parts, and digitalisation (remote monitoring, predictive maintenance) are the margin enhancers and create recurring revenue.

Key Metrics

Organic order growth, book-to-bill, aftermarket as % of revenue, EBITA margin (industrials often use EBITA to exclude acquisition-related amortisation).

Megatrends: Industry 4.0, electrification of transport, energy transition. Secular growth drivers for automation/electrification companies.

PART II: SUB-SECTOR DEEP DIVES

Building Materials & Construction

Sub-segments: Cement (Holcim, CRH, Heidelberg), aggregates, bricks, insulation, roofing, timber, glass.

Business Model & Moats

Local/regional manufacturing and distribution. Heavily weight-to-value—products expensive to transport, creating natural geographic moats. Limited competition in local markets = pricing power.

Revenue Drivers

Residential & non-residential construction starts, infrastructure spending, renovation activity. Tied to economic growth and housing cycles.

Margin Structure

Cement EBITDA 25-35%. Aggregates: 25-30%. Distribution: 5-10%. Pass-through inflation = pricing power, but labour and energy costs can squeeze.

ESG / Decarbonisation

Cement production ≈ 8% of global CO2. Decarbonisation pressure (carbon capture, alternative fuels, energy efficiency) is a major cost burden. EU ETS carbon pricing increases costs. Winners: companies with decarbonisation capex efficiency.

Valuation: EV/EBITDA 8-14x. CRH at premium due to US exposure and infrastructure spending tailwinds.

PART II: SUB-SECTOR DEEP DIVES

Engineering & Professional Services

Sub-segments: Design & engineering (WSP, Arcadis, Jacobs), technical consulting, testing/inspection/certification (Bureau Veritas, SGS, Intertek), project management.

Business Model

Fee-based professional services. Revenue = billable hours × rate or project-based contracts. Capital-light (low capex). Growth via talent acquisition and M&A.

Key Metrics

Organic revenue growth, book-to-bill, utilisation rate (billable hours / total hours), headcount growth, revenue per consultant.

Margin Structure: Design/engineering: 12-18% EBITDA. TIC (testing, inspection, certification): 16-22%. High-quality TIC is recurring and resilient.

TIC Advantage

SGS: £6.5B revenue, £1.4B EBITDA (21% margin). Recurring customer base. Growth drivers: ESG compliance, supply chain audits, product certification. Trade at 18-25x EBITDA (SaaS-like quality).

Valuation: High-quality TIC: 18-25x EBITDA. Engineering services: 10-15x.

PART II: SUB-SECTOR DEEP DIVES

Transport & Logistics

Sub-segments: Freight forwarding (DSV, Kuehne+Nagel), contract logistics (DHL, XPO), express delivery (FedEx, DHL Express), shipping/containers, rail freight, airlines.

Revenue Model — Critical Distinction

Freight forwarders report GROSS revenue (including bought-in transport) and NET revenue (gross profit). ALWAYS use NET for multiples. Gross confuses the picture.

Gross vs Net Revenue

Freight forwarder: £1B gross revenue, £200M cost of bought-in transport = £800M net revenue. If you value at 12x revenue using gross £1B, you're massively overvaluing. Use £800M net.

Key Metrics

Volume growth, yield per shipment, net revenue margin, warehouse utilisation, on-time delivery rate, customer concentration.

Cyclicality: Highly cyclical. Container shipping rates: 5x+ swing during COVID, then collapsed. Express more stable (essential service). Freight forwarding suffers in downturns.

Valuation: Freight forwarding: 10-16x EV/EBITDA on normalised earnings. Contract logistics: 8-12x. Airlines: EV/EBITDAR (include operating lease costs).

PART II: SUB-SECTOR DEEP DIVES

Packaging

Sub-segments: Plastic packaging, paper/cardboard, metal cans, glass, flexible packaging.

Business Model

Manufacturing packaging for FMCG, food & beverage, healthcare, industrial. Often long-term contracts with pass-through raw material costs (protects margins).

Revenue Model: Volume × price. Raw material cost pass-through mechanisms critical. If energy/resin costs spike, companies pass through to customers. Better than being stuck with fixed costs.

Key Metrics

Organic volume growth, price/mix (pricing power), EBITDA margin, capex intensity, customer concentration (customer diversification reduces risk).

Sustainability Theme: Shift from plastic to paper/recycled materials. EU single-use plastics directive driving change. Companies with recycled content = regulatory tailwind. Companies with high plastic = stranded assets risk.

Margin Structure: EBITDA 15-22%. Beverage cans at premium (15-20% volume growth, pricing power). Commodity plastic at lower end (8-12% margin).

Valuation: EV/EBITDA 8-14x. Premium for sustainable packaging and beverage can exposure.

PART II: SUB-SECTOR DEEP DIVES

Environmental Services & Waste

Sub-segments: Waste collection/disposal, recycling, hazardous waste, water treatment, environmental consulting.

Business Model

Contracted waste collection (recurring revenue), landfill operation (tipping fees), recycling (commodity-linked). Essential service with limited local competition.

Key Characteristics: Highly recurring and defensive. Subscription-like. Pricing power. ESG tailwind (regulation drives volumes).

Key Metrics

Route density (cost to serve), yield per stop, recycling rates (revenue per ton), landfill remaining capacity, contract renewal rates (stickiness).

Margin Structure

EBITDA 25-35%. Landfill operations particularly high-margin (£50-100 per ton, minimal capex vs collection). Scale = margin expansion.

Valuation: Premium multiples (15-20x EBITDA) reflecting defensive characteristics, pricing power, and ESG tailwinds. Waste is recession-resistant—you still need to dispose of waste in downturns.

PART II: SUB-SECTOR DEEP DIVES

Industrial Conglomerates

Key Players: Siemens, Honeywell, 3M, General Electric, TechnipFMC.

Conglomerate Discount

Markets apply 10-20% discount to conglomerates vs pure-play peers. Reasons: complexity, capital allocation inefficiency, management distraction, hidden cross-subsidies.

Portfolio Reshaping Trend: GE splitting into Aerospace, Healthcare, Energy. Siemens spinning off Siemens Energy. Honeywell considering separation. Thesis: conglomerate discount is real; break-ups unlock value.

SOTP Valuation (Sum-of-the-Parts)

Value each segment using pure-play peer multiples, sum enterprise values, deduct HQ costs, apply conglomerate discount if warranted. Compare sum-of-parts to current market cap = upside/downside.

SOTP Example: 3M

Div 1: Safety/Industrial (13x EBITDA) = £3B. Div 2: Transport (11x) = £2B. Div 3: Healthcare (14x) = £4B. Sum = £9B. HQ costs (-£200M EBITDA) = £9B − (£200M × 11x) = £6.8B. Market cap £8B = £1.2B overvalued vs SOTP breakup scenario.

M&A Strategy: Industrials are among the most acquisitive sectors. Bolt-on M&A with synergy extraction (procurement, manufacturing, SG&A).

PART II: SUB-SECTOR DEEP DIVES

Industrial Technology & Automation

Megatrend: Industry 4.0 — IoT, digital twins, predictive maintenance, robotics, AI in manufacturing.

Business Model Shift

Hardware (robots, sensors) + software (industrial cloud platforms, MES/SCADA) + services. Revenue increasingly recurring (subscription-based). Increases valuation multiples.

Key Players: Siemens Digital Industries, Rockwell Automation, Fanuc, ABB Robotics, Dassault Systèmes, Autodesk (industrial cloud).

Valuation Multiple Re-rating

Industrial software trades at SaaS-like multiples (15-25x revenue) vs traditional industrial multiples (10-16x EV/EBITDA). A key driver of re-rating. Companies with 30%+ software revenue mix are valued 50%+ higher.

Growth Drivers: Digital transformation, electrification, supply chain resilience (near-shoring). Accelerating adoption post-COVID.

PART II: SUB-SECTOR DEEP DIVES

Infrastructure & Concessions

Business Model

Operating infrastructure assets under long-term concessions—toll roads, airports, ports, regulated utilities. Revenue = toll/tariff-based, often inflation-linked. Very long duration (20-40 years).

Key Metrics: Traffic/volume growth, tariff escalation mechanism (CPI-linked = inflation hedge), EBITDA margin, debt capacity, years remaining on concession.

Valuation Approach

DCF of remaining concession cash flows. Yield-based analysis (dividend yield, equity IRR). NOT EV/EBITDA. Typical equity IRR target: 8-10%.

UK Infrastructure

Heathrow: 30-year concession, 30 years remaining, £15B debt. Tariff escalates with inflation. EBITDA £4B, 25% debt/EBITDA. Equity value = DCF of 30-year cash flows at 9% IRR (infrastructure hurdle rate).

Leverage Capacity: High. Stable, predictable cash flows support 5-8x leverage. Attractive for infrastructure funds (pension funds, infrastructure specialists).

PART III: VALUATION & DILIGENCE

Industrial Valuation — EV/EBITDA & SOTP

Aerospace Aftermarket

15-22x EV/EBITDA. High recurring revenue. Pricing power. Secular growth.

Defence

12-18x. Long backlog visibility. Government customer credit quality. NATO spending tailwind.

Capital Goods

10-16x. Cyclical. Aftermarket exposure drives premium end.

Building Materials

8-14x. Geographic moats. Construction cycle exposure. Pricing power.

Transport/Logistics

8-14x. Cyclical. Margin compression in downturns. Normalise earnings.

Environmental Services

15-20x. Recurring revenue. Defensive. ESG tailwind.

Through-Cycle Normalisation

Use mid-cycle or normalised EBITDA (3-5 year average), not peak earnings.

Peak earnings valuation overstates value. Trough earnings undervalues. Use normalised to avoid cyclicality trap.

Key Adjustments: Add back non-recurring restructuring charges. Normalise capex (maintenance vs growth split). Adjust for IFRS 16 lease impact (add back lease rentals).

PART III: VALUATION & DILIGENCE

Industrial M&A & LBO

M&A Rationale

Geographic expansion, product line extension, technology acquisition (bolt-on IT companies), vertical integration. Synergy extraction critical for returns.

Synergy Types: Procurement (buying power on raw materials), manufacturing (plant rationalisation, consolidation), SG&A (eliminate duplicate HQ), revenue synergies (cross-selling, customer cross-contamination).

LBO Suitability

Best for stable, cash-generative businesses: aftermarket, services, environmental, TIC. Avoid: highly cyclical OEM, construction equipment (cyclical margin compression kills returns).

Leverage Capacity

Aftermarket/services: 4-6x EBITDA. Capital goods: 3-5x. Construction/cyclical: 2-3x. Use through-cycle EBITDA to stress test.

TIC LBO Thesis

Acquire TIC company (£500M EBITDA). Recurring customer base (stickiness). Margin expansion (SG&A consolidation): 20% → 23% EBITDA = +£15M. Leverage: 4.5x = £2.25B debt. Equity: £500M. 5-year exit at 6x = £3B enterprise value. Equity return: £500M → £750M (1.5x MOIC). IRR: 20%+.

PE in Industrials: Very active. Buy-and-build platforms in fragmented sub-sectors (testing, engineering services, distribution). Consolidate 10-15 small players into platform, cross-sell services, extract SG&A synergies.

PART III: VALUATION & DILIGENCE

Defence-Specific Valuation

Long-Term Visibility

Defence backlogs provide multi-year revenue visibility (5-10 years). Airbus Defence backlog: 4.5 years. BAE Systems: 7+ years. Rare in industrials. Justifies premium valuation.

Contract Mix

Cost-plus (low execution risk, margin ~8-10%) vs fixed-price (higher risk, margin 12-15%+). Learning curve: early-programme loss, later-programme margin expansion as unit costs decline.

Government Budget Dependency

Revenue tied to defence budgets. NATO 2% GDP target driving European spend: 1.5% → 2%+ = 33% budget growth. Structural tailwind through 2030s.

Export Risk

International defence sales = geopolitical risk. Russia invasion drove European demand. China tensions create volatility. But long-term: structural demand increase from NATO rearmament.

Valuation

EV/EBITDA 12-18x. Premium expanding as European defence investment increases. Key drivers: backlog growth, contract margin progression, international revenue mix.

PART III: VALUATION & DILIGENCE

Cyclicality & Normalisation

Cycle Identification

Early cycle: capital goods orders recovering, book-to-bill expanding, utilisation rising. Mid cycle: capex expansion, margin leverage. Late cycle: overinvestment, order peaks, margin pressure. Downturn: order collapse, capacity cuts.

Leading Indicators: PMI (above 50 = expansion), capex spending plans, utilisation rates, order flow trends.

Normalised Earnings

Don't value at peak. Estimate mid-cycle EBITDA using 5-7 year average margins. Avoids over/under-valuation from cyclical distortions.

Book-to-Bill as Cycle Indicator

Book-to-Bill >1.2x = early cycle, backlog growing, revenue growth ahead. BTB 0.9-1.1x = mid cycle, normalising. BTB <0.9x = late cycle/downturn, backlog shrinking, revenue decline risk.

Watch quarterly BTB trends. Declining BTB is the clearest leading indicator of revenue trouble 6-12 months forward.

Working Capital Release Trap

In downturns, working capital release (inventory and receivables decline) boosts FCF temporarily. Don't confuse cash generation with operational strength. Look at revenue and margin trends to assess quality.

Red Flag Checklist: Record EBITDA margins + declining book-to-bill = cycle peak. Aggressive capex guidance in downturn = management miscreading cycle. Margin expansion in weak demand = cost-cutting (not operational leverage).

PART III: VALUATION & DILIGENCE

Backlog Quality & Revenue Recognition

Backlog ≠ Revenue

Orders can be cancelled, deferred, or renegotiated. Examine cancellation clauses. Unfunded defence contracts (not yet allocated budget) carry execution risk vs funded backlog.

Long-Cycle Programmes

Aerospace/defence programmes span decades. Revenue recognition method (% of completion vs point-in-time) impacts earnings volatility. Understand the accounting.

Contract Profitability

Backlog contains profitable AND loss-making contracts. Fixed-price defence contracts can become loss-making if costs overrun. Watch for "forward losses" provisions.

Forward Loss Example

Defence contractor: £10B backlog, mostly fixed-price fighter jet programme. Unit costs: projected £80M, selling at £85M. Looks profitable. But actual costs trending £90M = £5M loss per unit × 100 units = £500M loss provision. Backlog quality deteriorated.

Customer Concentration

Dependency on government contracts (defence) or single large customers. High concentration = execution risk (customer can defer, renegotiate, or restructure contracts).

PART III: VALUATION & DILIGENCE

Margin Bridge & Cost Analysis

Margin Bridge

Prior Year EBITDA Margin + Volume Leverage + Price/Cost Spread + Mix Effect + Restructuring + FX = Current Year Margin

Walk through each component. Identify sustainable vs non-recurring margin drivers.

Input Cost Sensitivity

Energy (cement, metals), steel (capital goods), labour (services), logistics. Which costs can be passed through to customers? Which are absorbed?

Example: Cement: energy is 30% of COGS. EU energy crisis pushed energy costs +60%. Can companies pass through? Yes (CPI-linked pricing). Margins protected. But plastic packaging: oil is input. Can't always pass through. Exposed.

Restructuring Red Flag

Serial restructuring charges (3+ years) suggest structural cost problems, not one-off events. Adjust normalised earnings by adding back (but don't assume they'll disappear).

Operating Leverage

High fixed cost base = dramatic margin expansion in upturns, compression in downturns. Measure incremental margin: how much revenue growth flows to EBITDA?

PART III: VALUATION & DILIGENCE

ESG & Decarbonisation in Industrials

Carbon-Intensive Sectors

Cement, steel, heavy transport, chemicals. Face significant decarbonisation costs. Carbon pricing (EU ETS) makes emissions a direct cost. Companies must buy allowances or invest in reduction.

Carbon Pricing Impact

EU ETS: carbon allowances ~£80/ton CO2 (2024). Cement: 800 kg CO2 per ton cement = £64/ton carbon cost. If price-setting competition doesn't allow pass-through, margins compress. Winners: efficient producers with low carbon intensity.

Transition Opportunities

Electrification (Schneider, ABB), renewable energy infrastructure, grid modernisation, green hydrogen. These are growth drivers for industrial tech/services companies.

Stranded Asset Risk

High-emission assets (coal plants, old cement kilns) may be forced to close early if regulation tightens. Write-offs reduce earnings. Watch for high-emission capex plans—may not have ROI if regulations change.

Valuation Impact: Companies with decarbonisation capex planned = higher capex intensity (near term margin pressure). But long-term competitive moat if they build efficient assets. Discount near-term, premium long-term.

PART III: VALUATION & DILIGENCE

Industrials Diligence Checklist

Order Intake / Book-to-Bill Trend: Where in the cycle? Growing or shrinking backlog?
Backlog Quality: Cancellation terms? Unfunded vs funded? Contract profitability?
Aftermarket / Recurring Revenue %: Higher = more stable, higher margins, premium valuation.
ROIC vs WACC: Creating or destroying value? ROIC trend improving or declining?
FCF Conversion: 80%+ = quality earnings. <60% = working capital trap or capex creep.
Working Capital Efficiency: Receivable days, inventory days, payable days. Improving = cash generation opportunity.
Capex: Maintenance vs Growth Split: Growth capex for which markets/products? Expected returns?
Normalised Margin: Mid-cycle EBITDA margin. Exclude one-off items. Stress test in downturn scenario.
M&A Integration Track Record: Past deals: hit targets? Synergies realised? Management quality?
ESG / Carbon Exposure: Carbon-intensive? Decarbonisation capex planned? Stranded asset risk?
Management Incentives: Aligned with ROIC? Or chasing revenue/EBITDA growth at expense of returns?

PART V: APPENDIX

Sub-Sector Comparison

Sub-Sector	EBITDA %	Typical EV/EBITDA	Cyclicality	Visibility
Aerospace OEM	8-12%	8-12x	High	3-4 yrs
Aerospace Aftermarket	25-35%	15-22x	Low	5+ yrs
Defence	10-15%	12-18x	Low	5-10 yrs
Capital Goods	10-15%	10-16x	High	1-2 yrs
Building Materials	15-25%	8-14x	High	1 yr
Engineering Services	12-18%	10-15x	Medium	1-2 yrs
Transport/Logistics	10-15%	8-14x	High	0-1 yr
Packaging	15-22%	8-14x	Low	1-2 yrs
Environmental/Waste	25-35%	15-20x	Low	5+ yrs
TIC	16-22%	18-25x	Low	3+ yrs

PART V: APPENDIX

London Industrials IB Landscape

Industrials is one of the broadest sector groups in London investment banking, covering dozens of sub-sectors and thousands of listed/private companies globally.

Top Tier Banks

Goldman Sachs, J.P. Morgan, Morgan Stanley, Rothschild, Lazard, RBC (particularly strong in industrials M&A), Jefferies.

Deal Types: Conglomerate break-ups (GE, Siemens), aerospace M&A (consolidation post-COVID), defence consolidation (NATO spending tailwinds), PE buy-and-build (fragmented services), infrastructure concession M&A (airports, toll roads).

Recent Activity: GE separation (Aerospace, Healthcare, Energy). Siemens Energy spin-off. Raytheon/Collins merger. BAE Systems acquisition activity. Leonardo strategic M&A. Infrastructure funds consolidating waste/environmental services.

Skill Set: Deep understanding of cyclicality, order visibility, backlog quality, programme economics (especially defence), aftermarket/recurring revenue, ROIC, and working capital. Ability to stress-test through cycles and normalise earnings is critical.

CHAPTER 17 COMPLETE

The Industrials Special

From aerospace aftermarket economics to defence backlogs to building materials' geographic moats—the industrial sector rewards those who understand cyclicality, capital intensity, and the difference between peak and normalised earnings.

Normalise the earnings. Respect the cycle. Follow the backlog.

Download Industrials Cram Sheet

PDF — 7 pages — Sector-specific reference

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