New Orleans, By The Numbers.
Before NOLA, Black Flag Racing was mostly a theory held together by optimism, used parts, late nights, caffeine, and a 2007 Honda Accord that hadn’t proved anything under green-flag conditions. Then the stopwatch got involved. This article is our first real look at the lap data, spefically what Car #86 actually did on track: where we started, how quickly the drivers adapted, where the pace came from, and what the lap chart was telling us before the engine decided it had contributed enough to the program. The raw timing data is available for everyone to inspect on SpeedHive:here.
We won’t be rehashing our first race here, this is more of an effort to add to the team historical record. The data logger we bolted to a five-week-old race car built under a deadline, kept score. This is a look at that score before the engine abruptly resigned. The full story of the build and the bang lives in From Abandoned in New York to Exploded in New Orleans; this is the quieter companion — what four hours of green laps actually say about a team showing up to its first-ever race.
Bottom line, up front
Car #86 was classified 17th in Class C (64th overall) at the 24 Hours of Lemons NOLA opener — 66 laps, three drivers, and one debut's worth of nerves — before an engine failure on lap 71 ended the day early. As a line in the results, it's a footnote. As a data set, it's the most encouraging thing we own.
Two numbers carry the weekend. First, the team got twenty seconds a lap quicker from its first ten green laps to its last — a debut learning curve you could ski down. Second, and more bittersweet: in the final stint the car was turning its most metronomic laps of the day, mid-2:38s on repeat, with the stopwatch reporting a perfectly healthy race car right up until it wasn't one. The why behind that — oil starvation under sustained load, and the rebuild that answered it — is told in Reflection Before Competition and Running Cool, Blowing Rods. This piece is the lap-by-lap underneath: a fast, fast-learning team that left NOLA knowing exactly what to fix.
Finish
P64 overall
Class C
P17
Green laps
64
Best lap
2:35.863
Top speed
63.5 mph
Drivers
3
The course, and the Gulf air
NOLA Motorsports Park sits twenty minutes from the French Quarter on the New Orleans west bank — a flat, FIA-Grade-2 ribbon of 2.75 miles and sixteen turns, fed by a 5,800-foot front straight long enough to develop opinions about your gearing. For scale, Carolina's front straight, where we'd race six weeks later, is barely a quarter of that. It's a circuit that rewards a settled car and patience through the tight opening sector — neither of which a team has in abundance at its first-ever race.
The weather did what early-March New Orleans does: a cool, damp morning in the mid-50s °F warming into the high-60s by the time we were turning our quickest laps after noon, under the kind of Gulf humidity that makes both drivers and radiators work harder than the thermometer lets on. The team's own account of that heat — and why a calm coolant gauge turned out to be a comfortable lie — is in Reflection Before Competition. For our purposes here the relevant part is simpler: the surface warmed through the morning, grip came up, and the lap times followed it down.
01The shape of a debut
Every green lap, all three drivers — pit laps removed so the axis stays honest.
This is what a first race is supposed to look like. The opening green laps sit in the 2:55–3:05 range — a brand-new car, a brand-new track, and three drivers meeting both for the first time. By early afternoon the same crew is reeling off 2:35–2:40s. Measured cleanly, the first ten green laps averaged 2:59.7 and the last ten 2:39.5: the team found twenty seconds a lap over the course of a single afternoon.
Some of that is the surface warming and rubbering in, the same effect we'd later document in detail at Carolina. Most of it is simpler and more flattering: a brand-new team learning a brand-new circuit in real time. The fastest lap of the weekend, Driver A's, 2:35.863 didn't arrive at the green, when the car was freshest, but on lap 50, past the one o'clock hour, once everyone had the corners memorized and the asphalt was warm. On debut, a learning curve this steep is the best result on the page, and the stopwatch was still dropping when the day ended.
02Three seats, one weekend
A debut rotation: everyone drove, everyone climbed the same curve.
| Driver | Green laps | Fastest lap | Typical lap | Consistency |
|---|---|---|---|---|
| Driver A | 19 | 2:35.863 | 2:42.7 | 4.6% |
| Driver B | 30 | 2:37.553 | 2:43.4 | 5.3% |
| Driver C | 15 | 2:37.302 | 2:42.8 | 3.0% |
Three drivers on debut, and the most striking thing is how little separates them. Fastest laps inside two seconds of each other (2:35.9, 2:37.6, 2:37.3) and the typical-lap column, the more honest measure, tighter still: 2:42.7, 2:42.8, 2:43.4, all three inside seven-tenths of a second. For a team that had never run this car in anger, with three people learning the same sixteen corners on the same afternoon, that is a remarkably tight bracket.
Each driver ran the same shape: a slow lap or two while the brain reloaded the track, then straight into a rhythm. Driver A set the outright fastest lap of the weekend. Driver C, climbing in for the first time at midday, immediately posted the steadiest stint with the tightest lap-to-lap spread on the team at 3.0%, and a typical lap a blink off the quickest. Driver B took on the most laps, 30 of the 64, and was running the car's most metronomic pace of the day when the engine let go. Different strengths, one curve, no passengers. For a first race, that roster depth is the quiet headline.
03The gremlin with a sense of timing
Opening-night nerves — diagnosed and managed on the fly.
Every debut car has a few things to say on its first day out, and the #86 said whispered them through the gearbox. Early on, a blown fuse dropped the car into limp mode; the crew swapped the fuse and the problem evaporated — the automotive equivalent of turning it off and on again. Through the middle of the race the logger's notes read like a running conversation with the car: a recurring shift-point quirk the drivers flagged, attributed at the time to heat soak, and — tellingly — eased by gentler throttle application once Driver C climbed in. The car was saying something; the car had a moment to cool and the team listened and adapted mid-stint.
That heat-soak read turned out to be the loose thread of the whole weekend. Pulling on it (why a car can feel thermally fine in one system while quietly cooking in another) is the subject of two Tech Talk pieces, Cooling Is a Team Sport and Running Cool, Blowing Rods, and we won't relitigate those problems here. The data point worth keeping is behavioral, not mechanical: on its first-ever race day, the team was already diagnosing and working around problems in real time rather than parking the car and shrugging. That instinct is worth more than any single lap time.
04The cruelest data point: a healthy car
What the lap trace was saying in the moments before lap 71.
Here is the number that still stings, and the reason this teardown exists at all. The final stint — Driver B, laps 55 through 70 — was the most metronomic running of the entire weekend. Drop the out-lap and it is fifteen laps that, once the tires were in, locked into a mid-2:38 groove: a 3.6% spread, the last eight laps reading 2:40.9, 2:38.7, 2:38.7, 2:39.9, 2:37.8, 2:38.8, 2:39.1, and a final 2:38.6. Then lap 71, and the timing line went quiet for good. Oil starvation, under exactly the kind of sustained load those tidy laps represent.
The cruelty is in the contrast. Everything the stopwatch could see said healthy and quick, the fastest, steadiest the car had been all day (right up to the corner where it wasn't). That is not a metaphor; it is the entire lesson, and it is why the rebuild that followed went after the parts the lap chart can't show. The coolant gauge was calm. The bottom end was not. The full autopsy lives in Reflection Before Competition, and what got built in response (the RBB3, the Accusump, the oil cooler, the hand-fabricated baffles ) is documented in Racing the Clock Again. We won't repeat either here; the point of this page is just to show the lap times the new oiling system was built to protect.
So NOLA goes in the books as seventeenth in class and a dead engine — and as the weekend that turned an enthusiastic build into an actual race program. The car that left Louisiana on a trailer came back at Carolina six weeks later with margin where it used to keep optimism, and the data from that weekend — in the CMP wrap and its companion teardown, Carolina by the Numbers, shows a team that was clearly been paying attention. Fast, fast-learning, and finally durable enough to prove it. That's the trajectory, and it's pointing the right way. It’s also what makes this team dangerous.
Lap data from MyLaps / Speedhive session 11785718 — 71 timed records, of which 64 are clean green laps; the lap-71 entry is the stoppage marker, not a flying lap, and is excluded from every pace figure. Typical lap is the median green lap; consistency is lap-to-lap variation across each driver's settled green laps, with cold out-laps after a handover set aside. Best lap and top speed as reported by timing. Race-day temperatures are seasonal estimates for the New Orleans area, used to characterize track conditions, not measured car data. The engine-failure analysis and the rebuild that followed are covered in the linked Tech Talk and Build articles.
Black Flag Racing · The Build.
