Homeowners ask me this every season: "How long does it take to install Christmas lights on my house?" Contractors ask me a different version of the same question: "How many houses can my crew run in a day?" Both answers come down to the same math — per-job time, crew size, and how clean your shop workflow is before the truck rolls. After running thousands of installs out of my own shop and coaching a 43,000+ member installer community, I've watched this number get cut in half by pros who pre-stage everything and almost double for crews that show up cold. This guide breaks down the real per-job times for every type of install, the math that gets a two-person crew to 6 houses a day, and the workflow that makes the whole season feel magical instead of frantic.
Why Per-Job Time Is the #1 Number in Your Business
If you only track one metric in your Christmas light business, track per-job time. Every other number — gross revenue, labor cost, profit margin, schedule capacity — bends to whatever this number does. A two-person crew running an average $1,847 ticket at 90 minutes per house is a $1,200/hr labor revenue operation. The same crew at 3 hours per house is doing $615/hr, and you'll feel that compression in your November bank balance. The pros who scale don't run more crews — they shave 30 minutes off every house.
For homeowners reading this: the time matters because it tells you whether you should hire it out. If you have a single-story ranch and three free Saturdays, DIY is reasonable. If you have a two-story house with peaks, dormers, and four wrapped trees you want lit on Thanksgiving night, hire a professional installer — they'll be done in under two hours and the result will look magical from the curb instead of like a weekend project that ran out of patience.
Per-Job Installation Times: The Pro Reference Table
These numbers are what I see across our installer community. They assume a two-person pro crew with pre-bulbed, pre-clipped C9 strands, the right tools, and a clean staging process. A solo installer roughly doubles every number. A first-season crew that's still learning runs about 1.5× these numbers and gets to pro speed by their third or fourth week on the ladder.
| Install Element | Pro Crew (2 people) | Solo Pro | DIY Homeowner |
|---|---|---|---|
| 100 ft roofline (single-story) | 45–60 min | 90 min | 3–4 hrs |
| 150 ft roofline (typical 2-story) | 60–90 min | 2 hrs | 5–7 hrs |
| 250 ft roofline + peaks + dormers | 2–2.5 hrs | 4 hrs | full weekend |
| 10-ft tree (branch or trunk wrap) | 20–30 min | 35–45 min | 1.5–2 hrs |
| 20-ft tree (trunk + canopy) | 45–60 min | 90 min | not recommended |
| Standard bush (2–4 strands) | 15–20 min | 25 min | 45 min |
| 24" wreath (front door) | 10–15 min | 15 min | 30 min |
| 60" jumbo wreath (gable) | 20–30 min | 40 min | not recommended |
| 9 ft of garland (railing or door) | 15–20 min | 25 min | 45 min |
| Power routing + GFCI check | 15–20 min | 25 min | 30–45 min |
| Takedown (same scope) | 40–60% of install time | 50% | 50% |
A few things to call out from this table. Roofline goes faster per foot the longer the run is — the setup, ladder placement, and power routing eat the same time whether the run is 100 ft or 250 ft, so the back half of a long run is almost pure throughput. Trees scale with height, not just footage of strand: a 20-ft tree isn't twice as long as a 10-ft tree because you're hauling ladders up, repositioning, and rotating around the trunk. And takedown is always faster than install — you're not measuring, plugging, or testing, you're just pulling and coiling.
The Sample House: 90 Minutes from Truck Door to Lit Up
Here's how 90 minutes breaks down on a typical $1,847 install — 150 ft of roofline, three 10-ft trees, and a 24" wreath on the front door — for a two-person crew with everything pre-bulbed in the shop. This is the rhythm we drill new crews into during their first two weeks:
- 0–5 min — Truck setup. Pull the labeled tote for this address, drop the ladder, set the standoff, plug the testers in. One installer reads the install sheet (peaks, dormers, plug locations) out loud while the other sets the ladder.
- 5–10 min — Power route. Find the GFCI outlet, run the SPT-1 extension cord up the side of the house, and hang the female end at the start of the roofline. Test the outlet with a kilowatt meter, not a GFCI tester (skip the homeowner's GFCI — never test it).
- 10–60 min — Roofline. Installer A goes up the ladder with the first pre-bulbed, pre-clipped strand. Installer B feeds the next strand, holds the ladder, and pre-positions the next clip pack. Clips stay on the gutter at takedown — they're already there next year.
- 60–80 min — Trees. Both installers attack one tree at a time, one wrapping from the bottom, one feeding from the strand bag. The extension cord runs UP the trunk wrap — never across the lawn where the homeowner's mower will find it next spring.
- 80–88 min — Wreath + final power-on. Single 3-inch deck screw in the gable or door, hang the wreath, plug it in. Light the house. The first time it lights up is the moment the homeowner's spouse comes out of the house — that's the moment you're really selling.
- 88–90 min — Walkaround and photo. Walk the property with the homeowner. Take an after photo for your portfolio. Drop a yard sign. Hand them your magnet with the takedown date. Done.
The number that matters here isn't 90 minutes — it's that nothing in those 90 minutes is "figuring out." Every clip is already on the strand. Every bulb is already in. The install sheet already says where the power runs. The shop did 90% of the work two weeks ago. That's what makes the day feel magical instead of frantic.
Crew Math: How Two Pros Hit 6 Houses a Day
A pro install day is 8–10 working hours of daylight plus 30–60 minutes of drive time stacked between jobs. If your average ticket lands at $1,500–$2,000 and your average install is 60–90 minutes per house, the math says one two-person crew can clear 4–6 houses a day. That's $7,500–$12,000 in revenue per crew per day during peak season. Multiply that across a 6-week install window and you see why crews who shave 20 minutes off every house outperform crews who add a third person.
The capacity number changes with three variables: your average ticket size, your drive radius, and your shop workflow. Tight geographic routes (every house within 15 minutes of each other) get you the 6-house day. Spread-out routes drop you to 4. A crew that has to re-bulb a strand on the lawn loses 25 minutes per house and ends the day at 3.
| Crew Type | Houses/Day | Average Ticket | Daily Revenue |
|---|---|---|---|
| Solo installer (small scope only) | 2–3 | $1,247 | $2,494–$3,741 |
| Two-person crew (avg routes) | 4–5 | $1,847 | $7,388–$9,235 |
| Two-person crew (tight route + pre-staged) | 6 | $1,847 | $11,082 |
| Three-person crew (rare, big jobs only) | 4–5 | $2,847 | $11,388–$14,235 |
Most pros stop at the two-person crew because a third person doesn't add a third of the throughput — they add maybe 15–20% because there's only one ladder running at a time on most jobs. The exception is big commercial work or HOA entry monuments where you can run two ladders simultaneously. For details on building those crews, see my crew hiring and training playbook.
The Shop Workflow That Saves 30 Minutes Per House
Everything I've shared so far assumes pre-bulbed, pre-clipped strands. That single shop habit is the biggest time saver in the business. Trying to bulb and clip a 150-foot strand at the top of a ladder in 28-degree weather while the homeowner watches is the slowest, most accident-prone way to do this work. Doing the same job in a heated shop in October, with all four crew members on a table, is a 10× faster process.
Here's the shop sequence that has saved us 30 minutes per house once you really get the rhythm down. We walked through pre-bulb/pre-clip in detail in a separate guide, but here's the short version:
- Cut strands to length in the shop. Use precision cutters and zip plugs from a roll of SPT-1. Match the strand length to the run length on the install sheet — never on the roof.
- Pre-bulb every strand. Snap C9 LED bulbs (12-inch or 15-inch spacing only — never 8 or 9) into every socket before the strand leaves the shop. LED draw is so low you can run 500–1,000 feet on a single SPT-1 line without injecting power.
- Pre-clip every strand. Tuff Clips snap onto the strand every 12 or 15 inches before the strand goes in the tote. At install time, you're just hanging clips on the gutter, not assembling.
- Label by address. Every tote gets a number tied to a county and a house. Strands inside the tote get a zip tie label with the run name (front roofline, gable peak, garage). The driver opens the tote and never thinks about what goes where.
- Stage the truck the night before. Totes go in the order they'll be pulled. Ladders, vests, and tool buckets stay in fixed truck slots. We waste zero time at the first stop because the truck is already loaded.
The Speed Hacks That Actually Work
Beyond the shop workflow, a handful of on-the-ladder techniques save real minutes. None of them require new tools — they're just habits the fast crews build by their second season.
The bulb-and-clip method. Instead of pre-clipping the strand and trying to find the next gutter edge with a heavy strand in your hand, hang the clip on the gutter first, then snap the bulb into the clip. It sounds backward, but it lets you work one-handed on a ladder and shaves about 15 minutes off a 150-foot roofline. Video below shows the rhythm.
Tuff Clips for 99% of roofs. The all-in-one clips you see at big-box stores split, fall off, and stick to no-one. Tuff Clips (enclosed clips) are what every pro in our community uses. Specialty surfaces get specialty clips — Tuff Mag for metal, Tuff Tile for tile, Tuff Shingle for shingles, Wedge Clip for gutter guards — but those are the rare exceptions. Stock your clip inventory heavy on Tuff Clips and you'll never slow down looking for the right one.
Aluminum ladders are fine. The fiberglass-only myth costs pros 5 minutes per house in setup because aluminum extends and retracts faster. Aluminum is safe with C9 LEDs as long as you're not touching live mains. Use a ladder standoff every time — that one piece of $40 hardware saves you minutes per stop because you're not refighting the gutter.
Routing power UP the tree. Run the extension cord up inside the trunk wrap with female plugs every two or three strands. One dead strand only kills its neighbors, not the entire tree. And no cord crosses the lawn where the homeowner's spring lawnmower lives.
Don't tape connections. Tape traps water and causes GFCI trips that pull you back to the same house twice. Orient connections downward, let gravity work, leave it alone. If you're chasing tripping issues, see our GFCI tripping fix guide.
What Slows Crews Down (and How to Eliminate It)
Time loss on an install day rarely comes from one big mistake. It comes from a dozen small ones that each add 3–5 minutes. Here's the short list of what I see when I walk crews through their day and find the slow points:
- Cold-bulbing on the ladder. 30 minutes per house, easily. Fix: pre-bulb in the shop.
- Searching the truck for the right tote. 5–10 minutes per house. Fix: number system + map.
- Re-routing power because the planned outlet was blocked or didn't work. 15 minutes per house. Fix: GFCI check during the walkthrough sale, not on install day.
- Wrong clip on hand. 5 minutes. Fix: install sheet specifies clip type before the truck rolls.
- Drive time between far-apart houses. 20–40 minutes between jobs. Fix: route every install day by ZIP code in the morning.
- Talking with the homeowner mid-install. 10–20 minutes per house. Fix: assign one installer as the "talker" who handles homeowner questions while the other keeps installing.
- Testing strands at the install instead of the shop. 10 minutes per dead strand. Fix: every strand gets a power test at the shop after pre-bulb.
Add those up and a crew can easily give back 90 minutes a day they didn't have to. That's an entire extra house — at $1,847 ticket, $1,847 of revenue — that just walked out the door because the shop didn't do its job. For more on the patterns that cost contractors the most money, see our installation mistakes guide.
How This Time Translates to Pricing
Customers don't pay for time — they pay for the feeling of pulling into the driveway on Christmas Eve with the grandkids in the back seat, knowing their house is the magical one on the block. But behind the scenes, the math has to work. A two-person crew at a $40/hr blended labor cost ($20–$25 ground support, $25–$35 crew lead, blended with payroll burden) running 90 minutes per house has a labor cost of about $120 per install. At a $1,847 ticket, that's a healthy gross margin even with materials and overhead.
That's why packages start at $1,200, not at $400. The setup time, drive time, ladder time, and risk are the same on a small job as on a medium one — it's just the back half of the roofline that pays the profit. Most pros tell customers our packages "start at $1,200" because saying "minimum" sounds like a barrier; "starts at" is an invitation. For the full pricing structure see our pricing breakdown and bidding guide.
And on the customer-facing side: when you're closing the sale, never lead with "linear footage" or "minimum package." Lead with what the house will look like at dusk. Pull out an AI mock-up of their actual home lit up and let them feel the magic before they sign. The quote ends in 7 ($1,247, $1,847, $2,147) because that pricing pattern outperforms round numbers in tested ranges.
Homeowner Reality Check: When DIY Stops Making Sense
If you're a homeowner reading this, here's the practical line. A single-story ranch with 80 feet of roofline and two bushes is a 4–6 hour Saturday. You can absolutely do it. Use a quality outdoor strand, 12-inch spacing, real clips (not staples, not nails, not hot glue), and an SPT-1 extension cord rated for the load. Be ladder-safe — most ladder injuries happen at 8 feet or below where people get casual.
The line moves when you have any of these: a two-story house, a steep pitch, peaks or dormers, trees over 12 feet, a tile or metal roof, or any roofline that requires you to step on shingles. At that point you're looking at a full weekend of risk for a result that won't match what a pro crew puts up in 90 minutes. Hire it out, watch the lights come on, and use the time you saved to actually enjoy the season. A two-story house install in particular is where the math tips hard toward hiring a pro.
Related Guides
- How to Pre-Bulb and Pre-Clip Christmas Light Strands: The Pro Shop Workflow
- How to Hire and Train Christmas Light Installation Crews
- How to Quote Christmas Lights in Under 20 Minutes (Speed-to-Lead Playbook)
- Christmas Light Installation Season Calendar
- 10 Christmas Light Installation Mistakes That Cost Contractors Money
- Roofline Christmas Lights: Design Patterns That Wow Customers
- How to Sell Christmas Light Installations: A Pro's Sales Process
- Aluminum vs Fiberglass Ladders for Christmas Light Installation
- Christmas Light Calculator
- Professional Christmas Light Kits
Frequently Asked Questions
How long does it take to put up Christmas lights on an average house?
A pro two-person crew installs Christmas lights on a typical 150-foot roofline house in 60–90 minutes including power routing and a wreath. Add roughly 20–30 minutes per wrapped tree and 15–20 minutes per bush. A DIY homeowner on the same scope spends 4–8 hours because they're bulbing and clipping at the ladder instead of at a workbench.
How many Christmas light installs can a crew do in a day?
A pro two-person crew with pre-bulbed strands and a tight route hits 4–6 houses per day. Tight geographic routes hit 6; spread-out routes drop to 4. Solo installers cap at 2–3 because one person can't run both the ladder and the ground support at the same time. The capacity number is governed by average per-job time, not crew size.
Why does pre-bulbing save so much install time?
Pre-bulbing in the shop saves about 30 minutes per house because every minute spent snapping bulbs in at the top of a ladder is a minute spent at the highest-risk position in the workflow. A four-person table in a heated shop in October can prep a week's worth of strands in a few hours. That work, done in the shop, simply does not happen on install day — the truck rolls with finished product.
How long does Christmas light takedown take compared to install?
Takedown runs about 40–60% of install time. You're not measuring, testing, or routing power — you're pulling and coiling strands using the circle wrap method, leaving clips on the gutter for next year, and dropping totes back in their assigned slot. A 90-minute install is a 40–55-minute takedown for the same crew.
Is it worth hiring a pro versus doing it myself?
If your house is a single-story ranch with a simple roofline, DIY is a reasonable weekend project. The line tips toward hiring a pro when you have two stories, peaks, steep pitch, trees over 12 feet, tile or metal roofs, or you want it done in under two hours with a finish that looks magical from the curb. Most pros also include a free takedown built into the install price — meaning you're not climbing the ladder in January, either.