NFPA 1410 Engine-Company Evolutions, Baked In.
NFPA 1410 is the standard departments use to drill initial fireground operations — handline stretches, hydrant connections, master streams, drafting, relay supply. Most simulators leave you to script these yourself. PumpForge ships the full 7-drill set at the flows the standard sets, ready to run on any engine in your fleet rated at 500 GPM or more.
Single Handline from Tank
Place a single 1¾" attack line in service from booster tank water within standard time. Tests basic PDP + flow.
Single Handline from Hydrant
Same handline as 1A but supplied via 4" LDH from a hydrant. Adds supply-line management.
Two Handlines from Hydrant
Charge two 1¾" lines simultaneously off hydrant supply. Operator balances both flows.
2½" Attack from Hydrant
Single 2½" smooth-bore at 250 GPM / 50 PSI tip. Tests larger-flow handline at a lower PDP than the 1¾" lines.
Master Stream from Hydrant
Deck gun at 500 GPM, the NFPA 1410 master stream minimum, supplied via 5" LDH. Manages high-volume supply + residual pressure.
Drafting from Static Source
Hard-suction draft from pond/cistern. Operator primes, then flows 300 GPM through a 1¾" attack line and a 2½" back-up line.
Relay Supply Operation
Receive from source engine via 4" LDH, pump forward to attack. Manages incoming residual.
How does it work?
Every NFPA 1410 evolution maps to the existing PumpForge simulator runtime. The operator sees their normal pump panel, the supply config + discharge lines + target PDP are pre-loaded from the standard, and the same grading engine that scores the NFA evolutions scores the drill: PDP accuracy, flow balance, supply management and safety, with points coming off once a run uses more than 80% of the drill's time limit.
Departments seed all 7 evolutions with one click from the scenarios catalog — instructors and department admins only. Each drill binds to an apparatus already in your fleet.
Why it matters
NFPA 1410 evolutions are how departments prove their initial-attack capability under NFPA 1500 + ISO Public Protection Classification audits. Departments using them are typically asked to demonstrate one or more evolutions during accreditation visits and ISO surveys. Having them ready-to-run in a simulator lets operators rehearse before the actual drill ground — no apparatus tied up, no fuel burned, no water consumed.
NFPA 1410 vs. the NFA evolutions — what's different?
Both live in the same scenario catalog and run on the same pump panel, but they answer different questions. The NFA evolutions teach and test pump operator skill; the 1410 drills prove company capability against the clock.
| NFA Evolutions (12) | NFPA 1410 Drills (7) | |
|---|---|---|
| Source | NFPA 1002/1010 driver/operator objectives | NFPA 1410, Standard on Training for Emergency Scene Operations |
| Question it answers | Can this operator run the pump correctly? | Can this company get water on the fire within the standard time? |
| Grading emphasis | PDP accuracy and safety, per line | A shorter time limit, plus pressure accuracy, flow balance, and safety |
| Progression | Basic → advanced skill ladder (Evolutions 1–12) | Standard set drilled repeatedly for consistency (1A–6) |
| Who asks about it | State fire commissions, NFPA 1002 certification audits | ISO PPC field surveys, accreditation visits, NFPA 1500 programs |
In practice they compound: operators build the pressure math and panel fluency on NFA evolutions, then prove speed under the 1410 clock. A department that runs both has an answer for every auditor.
Running a 1410 program that holds up
NFPA 1410 recommends evolutions be drilled regularly, not performed once for a certificate. A cadence that works: each crew runs the full 7-drill set once per quarter in the simulator, and the training officer picks one drill per quarter to validate on the drill ground. The simulator reps are where the time drops — operators stop hunting for the tank-to-pump valve and start hitting target pressure on muscle memory — so the live drill becomes confirmation instead of practice.
Every graded run generates its own paper trail automatically: a scored After Action Report with the gauge timeline, an entry in the department audit log, and, when your department tracks ISO, training hours credited to the ISO Driver/Operator category for a passed hydrant or drafting drill (a failed one too, if your department counts failed runs). When the ISO field representative asks how often you drill initial-attack evolutions, the answer is a report export, not a recollection.
Get started
Start a free 30-day trial. Add an engine to your fleet, seed the NFPA 1410 catalog from the scenarios page, run an evolution. If your operator passes the grading window, you get a scored after-action report to prove it. If they don't, you get the gauge timeline showing exactly where it went sideways.