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IFR LOFT Scenario

LOFT 6: Reno to Medford

Route: KRNO → KMFR

Mountain crossing IFR through the Cascades with icing and low visibility.

View FAA WINGS activity on FAASafety.gov →

Scenario Overview

Mountain crossing IFR through the Cascades and Siskiyou range with an active icing AIRMET and lowering ceilings at destination. The pilot must evaluate icing risk, manage anti-ice systems, and decide whether to continue to Medford or divert.

FAA WINGS Credit
Basic 96201 crAdvanced 96200 crMaster 96202 cr

Complete this LOFT with one of our CFIIs to earn WINGS credit toward your pilot proficiency. Learn more at FAASafety.gov

ILSRNAVHoldingADMIcingMountain Terrain

Route & Flight Plan

KRNO FMG V23 OED KMFR
Altitude12,000
Distance206 nm
ETE1:28

ATC Audio Practice

Real ATC recordings from LiveATC. Practice extracting weather from ATIS and copying IFR clearances at real-world cadence. Learn IFR clearance techniques

These are actual recordings from airport frequencies. The weather, routing, and clearances will differ from the planned scenario — the training value is in listening proficiency and ATC communication cadence.

ATIS

KRNO ATISKRNO1:30
0:00/1:30

Reno-Tahoe ATIS — high-elevation mountain airport with Sierra weather conditions

IFR Clearances

KRNO → KMFR IFR ClearanceKRNO0:30
0:00/0:30

IFR clearance with SID assignment — RENO TWO departure plus an amended clearance. Practice recognizing when ATC changes your route after initial clearance

Airport Information

Departure
KRNO
Reno-Tahoe International Airport
Reno, NV
Elevation: 4,415 ft MSL
Runways
RWYLengthSurface
17R/35L11,001 ftasphalt
17L/35R9,000 ftasphalt
08/266,102 ftasphalt
Frequencies
ATIS135.8
CLR124.9
GND121.9
TWR118.7
APP119.2
Approaches
ILS RWY 17R, ILS RWY 35L, RNAV GPS RWY 17L, RNAV GPS RWY 17R, RNAV GPS RWY 35L, RNAV GPS RWY 35R
Destination
KMFR
Rogue Valley International-Medford Airport
Medford, OR
Elevation: 1,335 ft MSL
Runways
RWYLengthSurface
14/328,800 ftasphalt
Frequencies
ATIS127.25
GND121.8
TWR119.4
APP124.3
Approaches
ILS RWY 14, RNAV GPS RWY 14, RNAV GPS RWY 32, VOR/DME RWY 14
Alternate
KCOS
Colorado Springs Airport
Colorado Springs, CO
Elevation: 6,187 ft MSL
Runways
RWYLengthSurface
17L/35R13,500 ftasphalt
17R/35L11,022 ftasphalt
13/318,270 ftasphalt
Frequencies
ATIS125.0
CLR134.45
GND121.7
TWR119.9
APP124.0
Approaches
ILS RWY 17L, ILS RWY 35L, ILS RWY 35R, RNAV GPS RWY 17L, RNAV GPS RWY 17R, RNAV GPS RWY 35L, RNAV GPS RWY 35R

Weather Scenario

A Pacific frontal system is pushing inland over southern Oregon. The freezing level is at 6,500 feet MSL, but MEAs along the route require flight at 10,000-12,000 feet through icing conditions. PIREPs report light to moderate rime icing between 7,000 and 11,000 feet. TAFs valid from 1200Z show progressive deterioration at Medford through the 1700-1900Z arrival window.

Departure 09:00L (1700Z)KRNOVFR
KRNO 141700Z 35008KT 10SM SCT040 BKN070 OVC120 04/M02 A2988 RMK AO2
Cold morning, scattered clouds at 4,000, overcast layers above, temp just above freezing
Arrival 10:30L (1830Z)KMFRIFR
KMFR 141830Z 16012KT 3SM -RA BR OVC025 06/04 A2972 RMK AO2 CIG 018 RWY14
Light rain and mist, ceiling 2,500 overcast, visibility 3 miles, IFR conditions
Updated 11:00L (1900Z)KMFRIFR
KMFR 141900Z 18015G25KT 2SM RA BR OVC015 05/04 A2968 RMK AO2 CIG 012 RWY14 PRESFR
Deteriorating: ceiling dropping to 1,500, visibility 2 miles in rain, pressure falling

Terminal Aerodrome Forecasts

DepartureKRNO
TAF KRNO 141130Z 1412/1512 35006KT P6SM SCT040 BKN070 OVC120 FM141500 01008KT P6SM BKN050 OVC090 FM141700 02012G18KT 5SM -RA BR BKN040 OVC070 TEMPO 1418/1502 3SM RA BR OVC030 FM150200 04010KT 4SM -RA BR OVC035 FM150800 36008KT P6SM BKN050 OVC080
En RouteKOTH
TAF KOTH 141130Z 1412/1512 18010KT P6SM OVC060 FM141500 16012KT 5SM -RA BR OVC040 FM141700 16015G22KT 3SM RA BR OVC025 TEMPO 1418/1501 2SM FZRA BR OVC015 FM150100 18012KT 4SM -RA BR OVC030 FM150800 20008KT 5SM -RA BR OVC040
ArrivalKMFR
TAF KMFR 141130Z 1412/1512 16008KT P6SM SCT030 BKN060 FM141500 16012KT 4SM -RA BR OVC025 FM141800 18015G25KT 2SM RA BR OVC015 TEMPO 1818/1502 1SM +RA FG VV008 FM150200 18018G28KT 1SM +RA FG VV005 PROB40 1503/1508 1/2SM FZRA FG VV003 FM150800 16010KT 3SM -RA BR OVC020

Lesson Profile

Scenario timeline with phases, altitudes, and key events
PhaseTimeAltitudeEvents
Briefing & Setup0:00-0:15GroundReview icing AIRMETs, PIREPs, freezing level analysis. Discuss ice protection limitations of the aircraft. Brief alternate options.
Departure0:15-0:304,415-12,000Depart KRNO RWY 35L. Climb through scattered layers. Enter icing conditions passing through 7,000 feet. Activate anti-ice.
Enroute - Icing0:30-0:5512,000Light rime icing accumulation. Instructor injects moderate icing PIREP ahead. Evaluate altitude change versus terrain. Request higher altitude or pilot report.
Enroute - Decision Point0:55-1:1512,000Updated KMFR weather shows deteriorating conditions. Evaluate minimums versus forecast. Divert decision or continue with alternate plan.
Approach1:15-1:4012,000-1,335ILS RWY 14 at KMFR. Break out near minimums. Gusty crosswind. Contaminated runway possible.
Debrief1:40-2:00GroundReview icing decision-making, altitude management in mountains, approach to minimums technique.

Post-LOFT Approach Practice

After the LOFT scenario concludes, practice 2 additional approaches for a total of 3 per session. Session is planned for up to 6 approaches — ask your CFII for additional practice.

Approach 2
KMFR
RNAV (GPS) RWY 32
Circle-to-land RWY 14 if wind favors; practice non-precision MDA with step-downs
Approach 3
KMFR
VOR/DME RWY 14
Full procedure from IAF, conventional nav approach to build backup skills

Training Objectives

Proficiency

  • Evaluate icing conditions and make altitude requests
  • Navigate high MEA airways through mountainous terrain
  • Execute ILS RWY 14 approach at Medford

Progress

  • Interpret icing PIREPs and AIRMETs
  • Manage altitude versus icing tradeoffs in mountains
  • Apply freezing level analysis to route planning

Single-Pilot CRM

  • Communicate icing encounters to ATC and request altitude changes
  • Manage single-pilot workload during icing conditions
  • Make timely diversion decisions based on icing accumulation

Prepare for Your Session

What are the icing limitations of a Cessna 172 or similar non-FIKI aircraft?
Non-FIKI (Flight Into Known Icing) aircraft are prohibited from flight into known icing conditions per 14 CFR 91.527 (for large aircraft) and the aircraft limitations section of the POH. Encountering unexpected icing requires immediate exit.
What is the relationship between MEA and freezing level in mountain icing scenarios?
Mountain MEAs are often above the freezing level in winter, creating a conflict between terrain clearance and icing avoidance. The pilot may need to request a higher altitude (above icing) or lower altitude (below freezing level) if terrain permits.
What are the ILS RWY 14 minimums at Medford?
The ILS RWY 14 at KMFR has DA of 1,635 feet MSL (300 feet AGL) with visibility minimum of 3/4 mile (or 4,000 RVR). Circling minimums are higher.
When should you divert rather than attempt the approach at a deteriorating destination?
Divert when the reported weather is below minimums, when your fuel state does not allow a missed approach plus flight to alternate, or when conditions are deteriorating rapidly and your alternate is also threatened.
How do you report icing to ATC?
Report icing type (rime, clear, mixed), intensity (trace, light, moderate, severe), altitude, and aircraft type. Example: "Center, Cessna 12345 reporting light rime icing at one-two thousand."
Instructor Notes
This scenario is designed around the icing decision. The non-FIKI limitation forces the student to think critically about continuing in known icing. Inject the moderate icing PIREP at the decision point. If student continues despite moderate icing, increase accumulation rate. The deteriorating Medford weather adds time pressure. Use this to teach the "out" mentality for mountain icing scenarios.