Hasell Acryonoym and Step by Step for Maneuvers

General HASELL

• H — Height
  Minimum 1,500 AGL

• A — Area
  Clear practice area

• S — Security
  Seatbelts secure, doors latched

• E — Engine
  Engine instruments green, mixture rich, carb heat as required

• L — Location
  Position known, away from populated areas

L — Lookout
Clearing turns complete

Normal Takeoff HASELL

• H — Heading
  Runway centerline maintained

• A — Airspeed
  Airspeed alive

• S — Systems
  Engine gauges green

• E — Engine
  Full power applied

• L — Lift-off
  Rotate at 55 KIAS

• L — Leave ground
  Climb at 65–70 KIAS

Short Field Takeoff HASELL

• H — Hold brakes
  Brakes held before takeoff roll

• A — Apply power
  Full power before brake release

• S — Set flaps
  Flaps 10°

• E — Engine
  Gauges green before release

• L — Lift-off
  Rotate at 51 KIAS

L — Leave obstacle
VX 54 KIAS until obstacle clear

Soft Field Takeoff HASELL

• H — Hold yoke back
  Keep nosewheel light

• A — Apply smooth power
  Continuous motion onto runway

• S — Stay in ground effect
  Lift off early and remain low

• E — Establish climb
  Accelerate in ground effect

• L — Lift-off
  Aircraft flies off softly

L — Leave ground effect
Climb at 67 KIAS

Normal Landing HASELL

• H — Heading
  Stay aligned with runway

• A — Airspeed
  Final at 60–70 KIAS

• S — Stabilized
  Stable descent and glidepath

• E — Engine
  Adjust power smoothly

• L — Landing point
  Aim point maintained

L — Land
Main wheels first

Short Field Landing HASELL

• H — Heading
  Centerline maintained

• A — Airspeed
  Final at 54–60 KIAS

• S — Spot landing
  Precise touchdown point

• E — Energy
  Controlled descent/power

• L — Land
  Touch down softly on target

L — Light braking to max braking
Brake firmly after touchdown

Steep Turns HASELL

• H — Height
  1,500 AGL minimum

• A — Area
  Clear practice area

• S — Security
  Seatbelts secure, doors latched

• E — Engine
  Gauges green, mixture rich

• L — Location
  Position known, clear of clouds/populated areas

L — Lookout
Two clearing turns complete

Power On Stall HASELL

• H — Height
  1,500 AGL minimum

• A — Area
  Clear area

• S — Security
  Belts and doors secure

• E — Engine
  Mixture rich, carb heat cold, gauges green

• L — Location
  Practice area identified

L — Lookout
Clearing turns complete

Power Off Stall HASELL

• H — Height
  1,500 AGL minimum

• A — Area
  Clear practice area

• S — Security
  Belts secure, doors latched

• E — Engine
  Carb heat on, mixture rich

• L — Location
  Away from traffic/populated areas

L — Lookout
Clearing turns complete

Turns around a point HASELL

• H — Height
  600–1,000 AGL

• A — Area
  Clear area with suitable reference point

• S — Security
  Belts secure, doors latched

• E — Engine
  Gauges green, cruise power set

• L — Location
  Select point and note wind direction

L — Lookout
Scan for traffic before entry

Slow Flight HASELL

• H — Height
  1,500 AGL minimum

• A — Area
  Clear practice area

• S — Security
  Seatbelts secure

• E — Engine
  Mixture rich, gauges green

• L — Location
  Position known

• L — Lookout
  Clearing turns complete

Engine Failure HASELL

• H — Height
  Best glide 60 KIAS

• A — Area
  Pick suitable landing field

• S — Security
  Seatbelts tight, fuel selector on

• E — Engine
  Attempt restart/check carb heat, mixture, ignition

• L — Location
  Note wind and landing direction

L — Lookout
Watch for traffic/obstacles

Engine Fire HASELL

• H — Height
  Maintain safe glide speed

• A — Area
  Choose emergency landing area

• S — Security
  Fuel off, mixture idle cutoff

• E — Engine
  Master off, ignition off if needed

• L — Location
  Nearest landing site identified

L — Lookout
Scan for traffic and obstacles

Rectangular Course HASELL

• H — Height
  600–1,000 AGL

• A — Area
  Clear field/reference area

• S — Security
  Belts secure, doors latched

• E — Engine
  Cruise power, gauges green

• L — Location
  Wind direction identified

L — Lookout
Traffic scan complete

S Turns HASELL

• H — Height
  600–1,000 AGL

• A — Area
  Clear area with road/reference line

• S — Security
  Seatbelts secure

• E — Engine
  Cruise power set, gauges green

• L — Location
  Note wind direction and checkpoints

L — Lookout
Clearing turns complete

Steep Turns Step by Step

• Step 1: Pick a visual reference point on horizon

• Step 2: Smoothly roll into 45° bank

• Step 3: Add slight power increase to maintain airspeed

• Step 4: Apply back pressure to hold altitude

• Step 5: Continuously scan outside + instruments

• Step 6: Maintain coordination with rudder

• Step 7: Lead rollout by ~20–30°

• Step 8: Roll wings level on heading

Slow Flight Step by Step

• Step 1: Reduce power gradually

• Step 2: Maintain altitude with increasing pitch

• Step 3: Add flaps as required (if training profile calls for it)

• Step 4: Stabilize just above stall warning

• Step 5: Maintain heading with rudder only

• Step 6: Make small corrections only (no large inputs)

• Step 7: Hold configuration steady

Power On Stall Step by Step

• Step 1: Set cruise power (~2100–2300 RPM)

• Step 2: Maintain altitude while slowing

• Step 3: Gradually increase pitch

• Step 4: Maintain coordination with rudder

• Step 5: Continue until stall warning + break

• Step 6: Recover:

  • Lower angle of attack (pitch down)

  • Full power

  • Level wings

  • Climb at safe airspeed

Power Off Stall Step by Step

• Step 1: Reduce throttle to idle

• Step 2: Carb heat ON

• Step 3: Maintain altitude while slowing

• Step 4: Configure flaps as required

• Step 5: Increase pitch to induce stall

• Step 6: Recognize buffet + break

• Step 7: Recover:

  • Reduce AOA immediately

  • Full power

  • Carb heat OFF after stable power

  • Establish climb

Turns Around a Point Step by Step

• Step 1: Select clear ground reference point

• Step 2: Enter at 600–1,000 ft AGL

• Step 3: Begin downwind side first

• Step 4: Roll into shallow bank

• Step 5: Adjust bank:

  • Steeper into wind

  • Shallower with tailwind

• Step 6: Maintain constant radius around point

• Step 7: Correct drift continuously

• Step 8: Complete full circle

Rectangular Course Step by Step

• Step 1: Select rectangular field

• Step 2: Enter downwind leg

• Step 3: Maintain altitude and airspeed

• Step 4: Turn base with increasing bank

• Step 5: Turn upwind with shallow bank

• Step 6: Turn crosswind with moderate bank

• Step 7: Adjust turns for wind drift

• Step 8: Maintain equal spacing from field edges

S Turns Step by Step

• Step 1: Select straight reference line (road/river)

• Step 2: Cross at 90°

• Step 3: Begin turn into wind side

• Step 4: Increase bank into wind

• Step 5: Decrease bank with tailwind

• Step 6: Cross reference line perpendicular each time

• Step 7: Reverse direction at midpoint

• Step 8: Repeat smooth S pattern

Normal Takeoff Step by Step

• Step 1: Line up on runway centerline

• Step 2: Hold brakes

• Step 3: Apply full power smoothly

• Step 4: Release brakes

• Step 5: Maintain centerline with rudder

• Step 6: Confirm airspeed rising

• Step 7: Rotate at ~55 KIAS

• Step 8: Liftoff

• Step 9: Climb at 65–70 KIAS

Short Field Takeoff Step by Step

• Step 1: Line up on centerline

• Step 2: Hold brakes

• Step 3: Set flaps 10°

• Step 4: Apply full power before brake release

• Step 5: Verify engine gauges green

• Step 6: Release brakes

• Step 7: Maintain aggressive centerline control

• Step 8: Rotate at ~51 KIAS

• Step 9: Liftoff

• Step 10: Climb at VX (54 KIAS) until clear

Step 11: Transition to VY (65–70 KIAS)

Soft Field Takeoff Step by Step

• Step 1: Hold yoke full aft

• Step 2: Apply smooth, continuous power

• Step 3: Keep nosewheel light on runway

• Step 4: Do not stop on runway

• Step 5: Lift off as soon as possible

• Step 6: Stay in ground effect

• Step 7: Accelerate while low

• Step 8: Gradually climb out of ground effect

Step 9: Establish 67 KIAS climb

Normal Landing Step by Step

• Step 1: Establish stable approach

• Step 2: Maintain 60–70 KIAS final

• Step 3: Align with runway centerline

• Step 4: Adjust power for glidepath

• Step 5: Begin flare near runway

• Step 6: Reduce descent rate

• Step 7: Touch down main wheels first

• Step 8: Hold nosewheel off

• Step 9: Lower gently

• Step 10: Brake as needed

Short Field Landing Step by Step

• Step 1: Stabilize approach

• Step 2: Target 54–60 KIAS

• Step 3: Aim for precise touchdown point

• Step 4: Reduce power to idle on final

• Step 5: Maintain glidepath

• Step 6: Flare slightly more than normal

• Step 7: Touch down at minimum safe speed

• Step 8: Hold nosewheel off

• Step 9: Apply firm braking immediately

• Step 10: Retract flaps after touchdown

Engine Failure Step by Step

• Step 1: Establish 60 KIAS best glide

• Step 2: Select landing field immediately

• Step 3: Carb heat ON

• Step 4: Mixture rich

• Step 5: Fuel selector BOTH

• Step 6: Check ignition switches

• Step 7: Attempt restart

• Step 8: Trim for glide

• Step 9: Communicate if time permits

• Step 10: Prepare forced landing

Engine Fire Step by Step

• Step 1: Maintain best glide speed

• Step 2: Fuel selector OFF

• Step 3: Mixture idle cutoff

• Step 4: Master OFF

• Step 5: Cabin heat OFF

• Step 6: Select landing area

• Step 7: Do NOT attempt restart if fire continues

• Step 8: Focus on emergency landing