NWCG FFT1/FFT2 common mistakes
NWCG FFT1/FFT2 · Understand the traps and how to avoid them.
Treating LCES as a checklist recited once at the start of the shift instead of re-establishing Lookouts, Communication, Escape routes, and Safety zones every time the fire, weather, fuels, or crew location changes, so the answer names the acronym but cannot say when it must be re-evaluated.
Candidates memorize the four letters during basic training and rehearse them as a static briefing item; exam scenarios that describe a wind shift, a slope reversal, or a crew moving to a new division are designed to test whether the candidate recognizes the trigger to re-establish LCES, which the memorized recitation does not cover.
What to do instead
Practice writing LCES for three different hypothetical scenarios (flat fuel model 1 ground, midslope in model 10 with a wind shift forecast, and a WUI structure defense assignment) and state the specific trigger that forces re-establishment in each. On the exam, when a scenario changes any input, answer as if LCES must be rebuilt, not merely confirmed.
Answering entrapment-avoidance questions by describing shelter deployment as the primary survival action rather than identifying the earlier decision points (anchor point, escape route, safety zone, downhill vs uphill travel, avoiding box canyons and chimneys) that prevent the need to deploy.
Shelter deployment is vivid and heavily trained, so it becomes the default answer whenever entrapment is mentioned; candidates miss that most entrapment questions test the avoidance decision chain and that deployment is the last resort when LCES has already failed.
What to do instead
For each entrapment scenario, identify the point at which the situation became unrecoverable and name the earlier action that would have prevented it. Reserve shelter deployment answers for questions that explicitly state no escape is possible, and describe deployment procedure (clear area, face downslope, deploy, hold down, protect airway) only in that context.
Confusing the extreme fire behavior indicators with ordinary fire behavior, for example labeling a single torching tree or a moderate uphill run as a crown fire or a blowup, or failing to distinguish plume-dominated from wind-driven behavior when reading a scenario description.
Candidates learn indicator lists as vocabulary without the thresholds and combinations that make them meaningful; the exam tests whether the candidate can rank indicators by severity and recognize the co-occurrence of signals (spotting distance, convection column shape, inversion break, sudden calm) rather than isolated terms.
What to do instead
Build a table of indicators with three columns: what it looks like, what it implies about rate of spread and control potential, and what action it triggers. Study the combinations that precede blowups (inversion lifting, column collapse, increasing spot fire distance, erratic wind) and practice classifying short scenario paragraphs as normal, extreme, or plume-dominated with a one-line justification.
Selecting a fuel model by vegetation name alone, for example calling any grass 'model 1' or any brush 'model 5', without checking the model's defining parameters (fuel load, depth, surface-area-to-volume ratio, live fuel moisture, and expected rate of spread) against the described stand.
Fuel model numbers are taught with example photos that candidates remember by appearance rather than by the parameters that define the model; exam items deliberately describe a stand whose appearance suggests one model but whose loading, depth, or live fuel content fits another.
What to do instead
Memorize the parameter ranges for the standard models most used in the field (1, 2, 3, 5, 8, 10) and practice matching descriptions by load and depth first, then by vegetation type. When a question gives both a vegetation name and measured parameters, answer from the parameters.
Describing handline construction without specifying the anchor point, the direction of travel relative to the fire's flank and the wind, and the width and depth of the line relative to fuel height, so the answer sounds reasonable but would produce an unanchored or undersized line.
Candidates focus on the physical labor of digging and on line length as the measure of progress; the exam tests the tactical reasoning behind where the line starts, which flank it follows, and how line construction matches fuel and fire behavior, which is the part candidates practice least.
What to do instead
For every handline question, state the anchor point first, then the flank being attacked relative to wind and slope, then the line dimensions tied to fuel height and expected flame length. Practice explaining why a line started at the heel and built up the left flank differs tactically from one built down the right flank.
Treating mop-up as a quick pass with water rather than a systematic process of cold-trailing, digging out hot spots, checking below the duff layer, and securing the line to a standard that will hold through the next burning period, and failing to state the holding plan.
Mop-up is low-excitement work that candidates compress into 'put it out and move on'; exam items test whether the candidate knows the depth of mop-up required (mopping a distance inside the line proportional to fuel and fire behavior) and the difference between a controlled line and a secured line.
What to do instead
Study mop-up as a standard with defined depth and cold-trail criteria, and always pair a mop-up answer with the holding resources and patrol plan for the next period. Practice describing what 'secured' means for a specific fuel type rather than in general terms.
Using a radio without following the established protocol: transmitting without listening first, failing to identify the unit and incident, using unclear or nonstandard phrasing, or missing the distinction between command, tactical, and logistics traffic on assigned channels.
Candidates practice radio use in low-traffic training settings where interruptions are rare; the exam tests discipline under congested conditions, including the reason for listening before transmitting, the content of a proper situation report, and when to switch channels rather than tie up command traffic.
What to do instead
Practice scripting a complete radio exchange: listen, key, identify unit and incident, state message concisely, acknowledge, release. Learn the standard elements of a situation report (location, what you see, fire behavior, resources, needs) and rehearse it aloud until it is automatic.
Describing span of control as a fixed number (for example 'one supervisor to five subordinates') without recognizing that the appropriate span varies with the complexity, geography, and experience of the resources, and failing to identify when a span is too wide and what action to take.
The rule of thumb is easy to memorize and candidates treat it as a hard limit; the exam tests whether the candidate understands why span of control exists and can recognize a scenario where a supervisor's span has become unmanageable and requires restructuring.
What to do instead
Learn span of control as a range with the factors that shift it, and practice identifying the specific remedy in a scenario: adding a division or group, splitting a crew, or reassigning supervision. Tie every span-of-control answer to the observable symptom (delayed communication, unsupervised resources, missed objectives).
Approaching aviation or heavy equipment without a coordinated plan: walking into the swing radius of a helicopter or the turning radius of a dozer, failing to establish eye contact with the operator or pilot, or ignoring the spotter's role in guiding the operation.
Candidates have limited hands-on exposure to aircraft and heavy equipment, so they answer from general safety instinct rather than from the specific protocols for approach direction, blind spots, hand signals, and the spotter's authority to stop the operation.
What to do instead
Study the approach zones and blind spots for helicopters and dozers, the standard hand signals used to direct equipment, and the spotter's responsibility to maintain communication and halt work when visibility or proximity is compromised. Practice describing a safe approach sequence step by step for both an aircraft and a piece of heavy equipment.
Treating the task book as paperwork to be signed off after the fact rather than as a performance record built from observed, documented position task evaluations, and failing to describe the evaluator's role, the required documentation, and what happens when a task is not performed to standard.
Candidates experience the task book as an administrative burden completed at the end of an assignment; the exam tests whether the candidate understands that each task requires observation by a qualified evaluator, timely documentation, and a clear record of any task that must be repeated.
What to do instead
Learn the task book cycle: task assigned, performance observed by a qualified evaluator, documentation completed promptly, deficiencies recorded and remediated. Practice describing what a proper evaluation entry contains and how a candidate should respond when a task is marked not completed to standard.