US airport · FAA d-TPP 2611

KMHR Sacramento Mather Airport

Sacramento Mather Airport (MHR) is a towered general-aviation airport in Sacramento, California, at 98 ft elevation, with 2 runways: 04R/22L (11,301 ft), 04L/22R (6,081 ft). Below: the current METAR and TAF decoded in plain English, runway wind components, frequencies, and the FAA terminal procedures for d-TPP 2611 (Oct 29, 2026 – Nov 26, 2026).

IdentifiersICAO KMHR · FAA MHR · IATA MHR
LocationSacramento, CA · 38.5547, -121.2980
Elevation98 ft MSL (30 m)
Tower120.65 MHz
ATIS118.325 MHz
FAA charts10 in d-TPP 2611 (Oct 29, 2026 – Nov 26, 2026)

KMHR METAR and TAF

VFRObserved 1st at 05:15Z · automated
METAR KMHR 010515Z AUTO 20005KT 10SM SCT050 BKN120 13/07 A2981 RMK AO2 T01260073
WindFrom 200° at 5 kt
Visibility10 statute miles or more
WeatherNone reported
CloudsScattered 5,000 ft, Broken 12,000 ft · ceiling 12,000 ft
Temperature / dew point13°C (55°F) / 7°C (45°F) · spread 6°C
Altimeter29.81 inHg (1009 hPa)
Flight categoryVFR — ceiling above 3,000 ft and visibility above 5 SM

Remarks: AO2: automated station with a precipitation sensor · T01260073: temperature 12.6°C, dew point 7.3°C

Wind components by runway

From the METAR wind (200° true at 5 kt) and the runway true headings. Tower and ATIS winds are magnetic — use those for the actual runway choice.

  • RWY 04R: tailwind 4 kt, crosswind 3 kt from the right
  • RWY 22L: headwind 4 kt, crosswind 3 kt from the left
  • RWY 04L: tailwind 4 kt, crosswind 3 kt from the right
  • RWY 22R: headwind 4 kt, crosswind 3 kt from the left

TAF (terminal forecast)

Issued 31st at 23:30Z · valid 1st 00Z – 1st 24Z

TAF KMHR 312330Z 0100/0124 20005KT P6SM BKN080 FM010500 VRB03KT P6SM BKN040 FM011800 33006KT P6SM SKC
  • Initially · 1st 00Z – 1st 24Z: wind 200° at 5 kt · visibility more than 6 statute miles · broken 8,000 ft
  • From · 1st 05:00Z: wind variable at 3 kt · visibility more than 6 statute miles · broken 4,000 ft
  • From · 1st 18:00Z: wind 330° at 6 kt · visibility more than 6 statute miles · sky clear

Source: NOAA Aviation Weather Center (aviationweather.gov). Times are UTC (Z). Decoded for learning — get an official weather briefing before flight.

Runways

RunwayLength × widthSurfaceLighted
04R / 22L11,301 × 150 ftconcreteYes
04L / 22R6,081 × 150 ftasphaltNo

Frequencies

ServiceNameMHz
Approach / departureNORCAL APP/DEP127.4
ATIS118.325
Clearance deliveryCLNC DEL121.85
Ground121.85
Tower120.65
UNICOM123.075

Runways and frequencies: OurAirports (public domain) — they can change. Check the FAA Chart Supplement for KMHR before you fly.

FAA charts for KMHR — d-TPP 2611

10 charts effective Oct 29, 2026 09:01Z until Nov 26, 2026 09:01Z. Each link opens the original FAA PDF (aeronav.faa.gov).

Airport diagram 1

Instrument approach procedures 6

Arrivals (STAR) 1

Minimums, hot spots and notices 2

KMHR on the FAA d-TPP search · Chart Supplement

TOGA EFB · free app

KMHR charts and weather, offline in the cockpit

TOGA EFB opens the KMHR airport diagram and approach plates straight from the FAA, saves them for offline use, and decodes the METAR and TAF for you.

  • FAA approach plates, airport diagrams, departures and arrivals for 3,000+ US airports — switches to the new 28-day cycle on its effective date, and saves for offline use
  • E6B flight computer and weight & balance for 9 training aircraft
  • METAR and TAF decoded into plain English, with VFR / MVFR / IFR / LIFR
  • Logbook that tracks progress toward 40 h private, 250 h commercial and 1,500 h ATP

Everything you use in the US is free — no subscription, no ads. iPhone, iPad and Android.

Nearby airports

All 274 US airports · E6B flight computer · Weight & balance

Charts: FAA digital Terminal Procedures Publication (d-TPP), public domain — linked unmodified, not hosted here. Airport data: OurAirports (public domain). Weather: NOAA Aviation Weather Center.

For practice and reference only — not for navigation or flight planning. Always check current official sources (FAA charts, Chart Supplement, NOTAMs, an official weather briefing). The pilot in command is responsible for the flight.