How Do I Budget a Light Manufacturing Buildout?

Curated by Kory White · Fractional CRO, CRO Syndicate

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📅 Published Jun 21, 2026 · Updated Jun 21, 2026

Don’t get screwed.</text><text x="58" y="258" font-family="Arial,Helvetica,sans-serif" font-size="30" font-weight="600" fill="#6b5b4d">Leases, TI, NNN & buildouts — negotiated in your favor</text><g transform="translate(1010,86)" fill="none" stroke="#C0531F" stroke-width="9" stroke-linejoin="round"><rect x="20" y="40" width="150" height="130"/><line x1="20" y1="40" x2="95" y2="6"/><line x1="170" y1="40" x2="95" y2="6"/><rect x="50" y="80" width="36" height="36"/><rect x="104" y="80" width="36" height="36"/><rect x="74" y="128" width="42" height="42"/></g></svg>

How Do I Budget a Light Manufacturing Buildout?

Direct Answer

Budget $45 to $95 per square foot for a light manufacturing buildout inside an existing industrial shell, with most assembly, packaging, and light-fabrication projects landing around $60 per square foot once you account for upgraded power, floor reinforcement, and a 10–15% office/admin component.

For a 30,000 SF facility that is roughly $1.35M to $2.85M in hard construction, before equipment and machinery. The single biggest money move is to find a second-generation industrial building that already has the power, clear height, and dock doors you need, because the most expensive line items in any manufacturing buildout — bringing in three-phase 480V power, upgrading the electrical service, and pouring or reinforcing slab — can each run six figures and are nearly free if the prior tenant already paid for them.

The second money move: pin down your power requirement in amps and voltage before you tour buildings, then only look at buildings that already have it. A service upgrade from 400A to 2,000A of 480V three-phase can cost $80,000 to $300,000+ and take 3–9 months of utility lead time.

Walking into a building that already has the service is the difference between opening in 90 days and opening in nine months.

Build the Budget Around Power, Floor, and Air

Light manufacturing buildouts are dominated by four systems that ordinary office buildouts barely touch:

Electrical service and distribution: $15–$35/SF. This is your number-one cost. Map every machine's full-load amps, add 25% for future capacity, and size the service. Budget for a new switchgear, panels, transformers, and bus duct or conduit runs to equipment. Three-phase 480V is standard for most industrial equipment; confirm the building has it.
Concrete slab and floor flatness: $6–$18/SF if work is needed. Heavy equipment, forklifts, and racking demand a minimum 6-inch slab at 4,000 psi; precision equipment may need thicker. Cutting in trenches for utilities or pouring equipment pads adds cost fast.
HVAC and ventilation: $8–$22/SF. Beyond comfort cooling, you may need process exhaust, makeup air, fume extraction, or dust collection depending on what you make. A spray or welding operation needs far more than a simple assembly line.
Compressed air, gas, and process plumbing: $3–$12/SF. Compressed air piping, drops to each station, and any process gas or water lines.

flowchart TD A[Light Mfg Buildout Budget] --> B[Electrical Service + Distribution 25-35%] A --> C[HVAC + Ventilation/Exhaust 12-20%] A --> D[Slab/Floor Work 8-15%] A --> E[Office/Admin Fit-Out 10-15%] A --> F[Compressed Air + Process Utilities 5-10%] A --> G[Soft Costs + Contingency 12-18%] B --> H[480V 3-phase, switchgear, panels] C --> I[Process exhaust, dust collection] D --> J[6 in min @ 4000 psi, equipment pads]

Match the Shell to the Spec — Don't Pay to Fix the Building

The cheapest manufacturing buildout is the one where the building already fits the operation. Before you sign, verify these against your process spec, because retrofitting any of them is expensive:

Clear height: 18–24 ft is typical for light manufacturing; more if you rack vertically. Adding height is impossible — you move buildings instead.
Power: voltage, phase, and available amperage at the panel (not just the meter).
Dock doors and grade-level doors: count and size for your inbound/outbound flow. Adding a dock door means cutting a tilt-up wall — $15,000–$40,000 each.
Floor load rating: confirm the slab's psf rating supports your heaviest equipment and racking.
Fire suppression: light hazard sprinklers may be inadequate; ESFR or in-rack sprinklers for your commodity class can cost $3–$8/SF to upgrade.

How Not to Get Screwed by the Landlord or Contractor

Industrial leases are where landlords quietly push capital costs onto tenants. Protect yourself:

Get the power upgrade in the landlord's column or as TI. A 2,000A service upgrade benefits the building forever, not just you. Negotiate the landlord to fund it or roll it into a TI allowance of $20–$50/SF. On a 7-year lease for 30,000 SF, the landlord's rent stream easily justifies it.
Nail down who owns improvements at lease end. Slab reinforcement, electrical service, and dust collection are often landlord-owned fixtures at expiration — but a restoration clause can force you to *rip them out* and restore the building at your cost. Strike or cap restoration obligations; that clause has surprised tenants with $50,000–$200,000 move-out bills.
Competitively bid the GC and the electrical sub separately. Electrical is your biggest line; do not let the GC mark it up 20% inside a lump sum. Bid the electrical contractor directly and get three bids, with a not-to-exceed cap.
Control change orders. Industrial work uncovers surprises — buried utilities, undersized risers, soil conditions under new pads. Require written pre-approval and capped markup (10–15%) on all changes.
Verify utility lead times in writing. If the build depends on a utility transformer upgrade, get the utility's written timeline before committing. A delayed transformer can idle a finished building for months while you pay rent.

flowchart LR A[Define process spec: power, height, floor load] --> B[Tour only matching shells] B --> C{Building already has power + height?} C -->|Yes| D[Lower cost, faster open] C -->|No| E[Negotiate landlord-funded upgrade or walk] D --> F[Bid GC + electrical separately, NTE cap] E --> F F --> G[Permit, utility coordination, construct] G --> H[Inspections, equipment install, startup]

Phase Equipment Spend and Hold a Real Contingency

Separate building buildout from equipment/machinery in your budget — they are different capital pools with different financing. Machinery is often better financed or leased (equipment loans, Section 179 depreciation) than rolled into the buildout. Buy production equipment on a ramp schedule tied to demand, not all at once.

Hold a 12–18% contingency. Industrial retrofits in older buildings surface hazardous materials, code-triggered upgrades (ADA, fire, accessibility), and utility surprises. On a $2M buildout that contingency is $240,000–$360,000, and process facilities use more of it than office jobs do.

FAQ

How much does a light manufacturing buildout cost per square foot? Plan for $45 to $95 per square foot inside an existing industrial shell, with most light-assembly and packaging projects near $60/SF. The range is wide because power upgrades, process ventilation, and floor work vary enormously by operation.

A simple packaging line is at the low end; a facility needing 480V service upgrades, dust collection, and reinforced slab is at the high end.

What is the most expensive part of a manufacturing buildout? Almost always the electrical service and distribution, at $15–$35/SF. Bringing in or upgrading three-phase 480V power and running distribution to every machine is the single largest line, and a utility service upgrade can cost $80,000 to $300,000+ plus months of lead time.

The cheapest way to avoid it is to lease a building that already has the power.

Should I lease a building that already has power and clear height? Yes — it is the biggest cost and schedule savings available. The most expensive, slowest items (power service, clear height, dock doors, slab) cannot be cheaply added later. A second-generation industrial building that already fits your spec can cut both your buildout cost and your time-to-open by half or more.

What lease clauses hurt manufacturing tenants the most? The restoration/surrender clause (forcing you to remove improvements and restore the shell at move-out, often a $50,000–$200,000 bill) and TI allowances that exclude "base building" systems like power. Negotiate restoration out or cap it, and get capital-heavy upgrades funded by the landlord or included in TI before signing.

Sources

CBRE, *North America Industrial & Logistics Fit-Out and Construction Cost Guide* — per-SF benchmarks for manufacturing and warehouse buildouts.
JLL, *Industrial Market & Fit-Out Cost Guides* — power, clear-height, and TI allowance benchmarks for industrial leasing.
Cushman & Wakefield, *Industrial Construction Cost reports* — MEP and slab cost breakdowns.
RSMeans (Gordian), *Building Construction Costs Data* — unit pricing for electrical service, switchgear, concrete slab, and HVAC.
NAIOP (Commercial Real Estate Development Association), industrial development cost and clear-height standards.
BOMA International, industrial operating cost and building-systems benchmarks.
NFPA 13 / ESFR sprinkler standards — fire-suppression upgrade requirements by commodity class.

Keep reading

<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1200 340" role="img" aria-label="How Do I Budget a Light Manufacturing Buildout? — PULSE Buildouts"><rect width="1200" height="340" fill="#EBE9DE"/><rect width="14" height="340" fill="#C0531F"/><text x="58" y="116" font-family="Arial,Helvetica,sans-serif" font-size="32" font-weight="800" letter-spacing="3" fill="#C0531F">PULSE BUILDOUTS · COMMERCIAL REAL ESTATE</text><text x="56" y="198" font-family="Arial,Helvetica,sans-serif" font-size="60" font-weight="800" fill="#2b2b2b">Save money. Don’t get screwed.</text><text x="58" y="258" font-family="Arial,Helvetica,sans-serif" font-size="30" font-weight="600" fill="#6b5b4d">Leases, TI, NNN &amp; buildouts — negotiated in your favor</text><g transform="translate(1010,86)" fill="none" stroke="#C0531F" stroke-width="9" stroke-linejoin="round"><rect x="20" y="40" width="150" height="130"/><line x1="20" y1="40" x2="95" y2="6"/><line x1="170" y1="40" x2="95" y2="6"/><rect x="50" y="80" width="36" height="36"/><rect x="104" y="80" width="36" height="36"/><rect x="74" y="128" width="42" height="42"/></g></svg>

# How Do I Budget a Light Manufacturing Buildout?

## Direct Answer

Budget **$45 to $95 per square foot** for a light manufacturing buildout inside an existing industrial shell, with most assembly, packaging, and light-fabrication projects landing around **$60 per square foot** once you account for upgraded power, floor reinforcement, and a 10–15% office/admin component. For a 30,000 SF facility that is roughly **$1.35M to $2.85M** in hard construction, before equipment and machinery. The single biggest money move is to find a **second-generation industrial building that already has the power, clear height, and dock doors you need**, because the most expensive line items in any manufacturing buildout — bringing in **three-phase 480V power**, upgrading the **electrical service**, and pouring or reinforcing **slab** — can each run six figures and are nearly free if the prior tenant already paid for them.

The second money move: pin down your **power requirement in amps and voltage before you tour buildings**, then only look at buildings that already have it. A service upgrade from 400A to 2,000A of 480V three-phase can cost **$80,000 to $300,000+** and take **3–9 months** of utility lead time. Walking into a building that already has the service is the difference between opening in 90 days and opening in nine months.

## Build the Budget Around Power, Floor, and Air

Light manufacturing buildouts are dominated by four systems that ordinary office buildouts barely touch:

- **Electrical service and distribution: $15–$35/SF.** This is your number-one cost. Map every machine's full-load amps, add 25% for future capacity, and size the service. Budget for a new **switchgear, panels, transformers, and bus duct or conduit runs to equipment**. Three-phase 480V is standard for most industrial equipment; confirm the building has it.
- **Concrete slab and floor flatness: $6–$18/SF if work is needed.** Heavy equipment, forklifts, and racking demand a **minimum 6-inch slab at 4,000 psi**; precision equipment may need thicker. Cutting in trenches for utilities or pouring equipment pads adds cost fast.
- **HVAC and ventilation: $8–$22/SF.** Beyond comfort cooling, you may need **process exhaust, makeup air, fume extraction, or dust collection** depending on what you make. A spray or welding operation needs far more than a simple assembly line.
- **Compressed air, gas, and process plumbing: $3–$12/SF.** Compressed air piping, drops to each station, and any process gas or water lines.

```mermaid
flowchart TD
  A[Light Mfg Buildout Budget] --> B[Electrical Service + Distribution 25-35%]
  A --> C[HVAC + Ventilation/Exhaust 12-20%]
  A --> D[Slab/Floor Work 8-15%]
  A --> E[Office/Admin Fit-Out 10-15%]
  A --> F[Compressed Air + Process Utilities 5-10%]
  A --> G[Soft Costs + Contingency 12-18%]
  B --> H[480V 3-phase, switchgear, panels]
  C --> I[Process exhaust, dust collection]
  D --> J[6 in min @ 4000 psi, equipment pads]
```

## Match the Shell to the Spec — Don't Pay to Fix the Building

The cheapest manufacturing buildout is the one where the **building already fits the operation**. Before you sign, verify these against your process spec, because retrofitting any of them is expensive:

- **Clear height:** 18–24 ft is typical for light manufacturing; more if you rack vertically. Adding height is impossible — you move buildings instead.
- **Power:** voltage, phase, and available amperage at the panel (not just the meter).
- **Dock doors and grade-level doors:** count and size for your inbound/outbound flow. Adding a dock door means cutting a tilt-up wall — **$15,000–$40,000 each**.
- **Floor load rating:** confirm the slab's psf rating supports your heaviest equipment and racking.
- **Fire suppression:** light hazard sprinklers may be inadequate; **ESFR or in-rack sprinklers** for your commodity class can cost **$3–$8/SF** to upgrade.

## How Not to Get Screwed by the Landlord or Contractor

Industrial leases are where landlords quietly push capital costs onto tenants. Protect yourself:

1. **Get the power upgrade in the landlord's column or as TI.** A 2,000A service upgrade benefits the building forever, not just you. Negotiate the landlord to fund it or roll it into a **TI allowance of $20–$50/SF**. On a 7-year lease for 30,000 SF, the landlord's rent stream easily justifies it.
2. **Nail down who owns improvements at lease end.** Slab reinforcement, electrical service, and dust collection are often **landlord-owned fixtures** at expiration — but a **restoration clause** can force you to *rip them out* and restore the building at your cost. Strike or cap restoration obligations; that clause has surprised tenants with **$50,000–$200,000 move-out bills**.
3. **Competitively bid the GC and the electrical sub separately.** Electrical is your biggest line; do not let the GC mark it up 20% inside a lump sum. Bid the **electrical contractor directly** and get **three bids**, with a **not-to-exceed cap**.
4. **Control change orders.** Industrial work uncovers surprises — buried utilities, undersized risers, soil conditions under new pads. Require **written pre-approval and capped markup (10–15%)** on all changes.
5. **Verify utility lead times in writing.** If the build depends on a utility transformer upgrade, get the **utility's written timeline** before committing. A delayed transformer can idle a finished building for months while you pay rent.

```mermaid
flowchart LR
  A[Define process spec: power, height, floor load] --> B[Tour only matching shells]
  B --> C{Building already has power + height?}
  C -->|Yes| D[Lower cost, faster open]
  C -->|No| E[Negotiate landlord-funded upgrade or walk]
  D --> F[Bid GC + electrical separately, NTE cap]
  E --> F
  F --> G[Permit, utility coordination, construct]
  G --> H[Inspections, equipment install, startup]
```

## Phase Equipment Spend and Hold a Real Contingency

Separate **building buildout** from **equipment/machinery** in your budget — they are different capital pools with different financing. Machinery is often better financed or leased (equipment loans, Section 179 depreciation) than rolled into the buildout. Buy production equipment on a **ramp schedule** tied to demand, not all at once.

Hold a **12–18% contingency**. Industrial retrofits in older buildings surface hazardous materials, code-triggered upgrades (ADA, fire, accessibility), and utility surprises. On a $2M buildout that contingency is **$240,000–$360,000**, and process facilities use more of it than office jobs do.

## FAQ

**How much does a light manufacturing buildout cost per square foot?**
Plan for **$45 to $95 per square foot** inside an existing industrial shell, with most light-assembly and packaging projects near **$60/SF**. The range is wide because power upgrades, process ventilation, and floor work vary enormously by operation. A simple packaging line is at the low end; a facility needing 480V service upgrades, dust collection, and reinforced slab is at the high end.

**What is the most expensive part of a manufacturing buildout?**
Almost always the **electrical service and distribution**, at **$15–$35/SF**. Bringing in or upgrading **three-phase 480V power** and running distribution to every machine is the single largest line, and a utility service upgrade can cost **$80,000 to $300,000+** plus months of lead time. The cheapest way to avoid it is to lease a building that already has the power.

**Should I lease a building that already has power and clear height?**
Yes — it is the biggest cost and schedule savings available. The most expensive, slowest items (power service, clear height, dock doors, slab) cannot be cheaply added later. A second-generation industrial building that already fits your spec can cut both your buildout cost and your time-to-open by **half or more**.

**What lease clauses hurt manufacturing tenants the most?**
The **restoration/surrender clause** (forcing you to remove improvements and restore the shell at move-out, often a **$50,000–$200,000** bill) and **TI allowances that exclude "base building" systems** like power. Negotiate restoration out or cap it, and get capital-heavy upgrades funded by the landlord or included in TI before signing.

## Sources

- CBRE, *North America Industrial & Logistics Fit-Out and Construction Cost Guide* — per-SF benchmarks for manufacturing and warehouse buildouts.
- JLL, *Industrial Market & Fit-Out Cost Guides* — power, clear-height, and TI allowance benchmarks for industrial leasing.
- Cushman & Wakefield, *Industrial Construction Cost reports* — MEP and slab cost breakdowns.
- RSMeans (Gordian), *Building Construction Costs Data* — unit pricing for electrical service, switchgear, concrete slab, and HVAC.
- NAIOP (Commercial Real Estate Development Association), industrial development cost and clear-height standards.
- BOMA International, industrial operating cost and building-systems benchmarks.
- NFPA 13 / ESFR sprinkler standards — fire-suppression upgrade requirements by commodity class.

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Related in the library

How Do I Budget a Light Manufacturing Buildout?

How Do I Budget a Light Manufacturing Buildout?

Direct Answer

Build the Budget Around Power, Floor, and Air

Match the Shell to the Spec — Don't Pay to Fix the Building

How Not to Get Screwed by the Landlord or Contractor

Phase Equipment Spend and Hold a Real Contingency

FAQ

Sources

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