Nashville Weather Radio Station and Frequencies Overview

Nashville sits within range of multiple NOAA Weather Radio All Hazards transmitters, but knowing which frequency your receiver needs to lock onto makes the difference between getting a tornado warning in time and missing it entirely. NOAA broadcasts on seven dedicated frequencies between 162.400 MHz and 162.550 MHz, and the Nashville metro area is primarily served by transmitters on 162.550 MHz and 162.400 MHz, depending on your exact location in Middle Tennessee.

Which NOAA Weather Radio Stations Cover Nashville?

Nashville and the surrounding Middle Tennessee counties are covered by two primary NOAA Weather Radio All Hazards transmitters: WXL58 in Nashville, broadcasting on 162.550 MHz, and KEC83 in Cookeville, broadcasting on 162.400 MHz. WXL58 is the dominant signal for Davidson, Williamson, Rutherford, Wilson, Cheatham, and Robertson counties.

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According to NOAA National Weather Service documentation, WXL58 transmits at an effective radiated power sufficient to cover a 40-mile radius from its antenna site. Residents in outer counties such as Maury, Dickson, and Sumner may receive a cleaner signal from a secondary transmitter than from WXL58 depending on terrain.

The NOAA NWR transmitter network is managed by the National Weather Service and engineered to serve 95% of the US population within reception range of at least one transmitter. Middle Tennessee’s geography, with its rolling karst topography and river valleys, creates some signal shadowing in low-lying areas even within the primary coverage zone.

A Midland WR400 NOAA weather radio with S.A.M.E. technology (Specific Area Message Encoding, a county-level alert filter built into the receiver) lets you program only the counties you want alerts for, so WXL58’s broad coverage area does not wake you for events 80 miles away.

The section summary: for most Nashville residents, 162.550 MHz on WXL58 is the correct primary frequency, with 162.400 MHz as a backup if signal quality is poor at your location.

Nashville NOAA Weather Radio Frequencies at a Glance

Nashville-area listeners need to know three frequencies to cover the full Middle Tennessee reception picture. The table below lists every transmitter with confirmed coverage overlap in the Nashville metro region.

Use the table below to match your county to the strongest transmitter and program the correct frequency into your weather radio receiver.

Source: NOAA NWR station database and NWS Nashville transmitter coverage maps. Coverage areas reflect primary service zones and may overlap with adjacent transmitters.

The correct primary frequency for downtown Nashville and the immediate metro area is 162.550 MHz on WXL58.

What Is the NWS Nashville Forecast Office and What Does It Broadcast?

The National Weather Service Nashville Forecast Office (NWS Nashville), located at the Nashville International Airport complex, is responsible for issuing all weather alerts broadcast on Nashville-area NWR transmitters. NWS Nashville covers 40 counties across Middle Tennessee, issuing Tornado Warnings, Severe Thunderstorm Warnings, Flash Flood Warnings, Winter Storm Warnings, and other hazard alerts that trigger the NWR broadcast system.

According to NWS Nashville operational documentation, the office broadcasts continuous weather information 24 hours a day, 7 days a week on WXL58 and its associated transmitters. Routine broadcasts include current conditions, hourly forecasts, zone forecasts, river flood statements, and agricultural weather outlooks.

When NWS Nashville issues a warning, watch, or advisory, the alert is encoded as a S.A.M.E. (Specific Area Message Encoding) signal and transmitted on all Nashville-area NWR frequencies simultaneously. The S.A.M.E. header contains a 6-digit FIPS (Federal Information Processing Standards) code that identifies the specific county or counties affected.

A weather radio receiver with S.A.M.E. decoding capability reads that FIPS code and compares it against your programmed county list. If the affected county matches your programmed location, the alert alarm activates. If it does not match, the radio remains silent.

NWS Nashville is one of the more active NWS offices in the continental United States for tornado activity, given Middle Tennessee’s position within the Dixie Alley severe weather corridor. Tornado season in Middle Tennessee peaks in March through May and has a secondary peak in November, making a continuously operating weather radio a genuine life-safety device in this region.

The section summary: NWS Nashville controls all alert broadcasts on Nashville-area NWR frequencies, and programming your receiver with the correct S.A.M.E. FIPS code for your county ensures you receive only the relevant alerts from that office.

What Is the S.A.M.E. FIPS Code for Nashville and Surrounding Counties?

S.A.M.E. codes for weather radios are 6-digit FIPS codes that identify counties. Davidson County, where Nashville is located, has the S.A.M.E. code 047037. You program this code into a S.A.M.E.-capable weather radio so the alarm only activates for alerts affecting Davidson County specifically, rather than all 40 counties within NWS Nashville’s broadcast area.

The table below lists the S.A.M.E. FIPS codes for Nashville and the nine surrounding counties most commonly needed by Metro Nashville residents.

Use the table below to identify the correct S.A.M.E. code to program into your weather radio for your specific county.

Source: NOAA NWR S.A.M.E. FIPS county code database and FEMA IPAWS county identifier list. Verify your specific code at the NOAA NWR station finder before programming.

Program your specific county code into your weather radio, not just the closest transmitter frequency, to avoid false alarms from adjacent counties.

How to Program a Nashville Weather Radio for the Correct Frequency and S.A.M.E. Code

Programming a Nashville weather radio correctly requires setting two things: the receive frequency (162.550 MHz for most Davidson County residents) and the S.A.M.E. FIPS code for your county (047037 for Davidson County). A weather radio set to the correct frequency but without a S.A.M.E. code will alarm for every county in NWS Nashville’s 40-county coverage area, which includes locations from the Alabama border to the Kentucky state line.

According to NOAA NWR technical documentation, S.A.M.E. alerts are transmitted as a digital header signal ahead of the audio broadcast. The receiver decodes this header and compares it to your programmed codes before activating the alarm tone.

Step-by-Step: Programming the Midland WR400 for Nashville

The Midland WR400 weather alert radio is one of the most commonly used S.A.M.E. receivers in Middle Tennessee. It supports up to 50 programmable S.A.M.E. location codes and 25 alert event types.

Key Specifications:

• Frequencies: 162.400, 162.425, 162.450, 162.475, 162.500, 162.525, 162.550 MHz (all 7 NWR channels)
• S.A.M.E. code storage: 50 programmable county codes
• Alert event types: 25 selectable event types
• Power: AC adapter with 3x AA battery backup
• Display: Backlit LCD with alert type display

1. Press the MENU button on the WR400. The display will show the programming menu. Navigate to “WX FREQ” using the up/down arrows.
2. Select 162.550 MHz for Davidson County. Use the arrow keys to scroll to WX1 (162.550 MHz) and press ENTER.
3. Navigate to SAME CODE in the menu. Select “PROG SAME” and press ENTER.
4. Enter 047037 using the number keypad. This is the Davidson County FIPS code. Press ENTER to confirm.
5. Set ALERT ON to enable the alarm function. Navigate to “ALERT” and confirm it is set to ON, not STANDBY.
6. Press TEST to verify reception. The radio should scan 162.550 MHz and display signal strength. A strong signal in downtown Nashville will show 3 or more bars.

For Rutherford County (Murfreesboro) residents, use the same process but enter both 047149 as the primary FIPS code and add 162.500 MHz (KEC88 Murfreesboro) as a secondary frequency scan option if your specific WR400 model supports dual-frequency monitoring.

Programming the Uniden BC365CRS for Nashville

The Uniden BC365CRS weather alert clock radio uses a slightly different menu structure but follows the same logic: set frequency first, then program the county FIPS code.

Key Specifications:

• Frequencies: All 7 NOAA NWR channels (162.400-162.550 MHz)
• S.A.M.E. code storage: 25 programmable location codes
• Alert event types: 23 selectable categories
• Power: AC adapter with 6x AA battery backup
• Additional: AM/FM radio, dual alarm clock

Press PROG on the BC365CRS, navigate to S.A.M.E., and enter 047037 for Davidson County. The unit scans all seven NWR frequencies by default but will only alarm on alerts that match your programmed county codes.

The section summary: correct programming requires both the right frequency (162.550 MHz for Nashville) and your county FIPS code (047037 for Davidson), because one without the other either produces no reception or triggers unnecessary alerts for the entire state region.

What Alert Types Does NWS Nashville Broadcast on WXL58?

NWS Nashville broadcasts 25 distinct S.A.M.E. alert event types on WXL58 and affiliated transmitters. Tornado Warning (TOR), Severe Thunderstorm Warning (SVR), and Flash Flood Warning (FFW) are the three most frequently issued alerts in Middle Tennessee. These three events trigger the highest-priority alarm tone on S.A.M.E.-capable receivers and are designed to wake sleeping occupants.

According to NOAA NWR technical guidance, all S.A.M.E. alert types are encoded with a four-character event code in the digital header. Your receiver uses this code to determine whether to sound the alert horn or remain silent based on your event type filter settings.

The table below lists every alert category broadcast on Nashville NWR frequencies, organized by alert priority level.

Use the table below to decide which alert types to enable on your weather radio and which to disable if alert fatigue is a concern for your household.

Source: NOAA NWR S.A.M.E. event code specification and FEMA IPAWS EAS event code list. Middle TN frequency designations are editorial assessments based on NWS Nashville historical alert issuance.

Most Nashville residents should enable TOR, SVR, FFW, and WSW as minimum active alert types, with TOA and SVA optional depending on whether you want watches as well as warnings.

Why Does Nashville Experience Strong Weather Radio Reception in Some Areas but Not Others?

Signal reception from WXL58 on 162.550 MHz degrades in Nashville primarily because VHF radio signals (including the 162-163 MHz NWR band) travel in essentially straight lines and do not follow terrain contours. WXL58’s antenna sits at a fixed elevation, and any significant hill, ridge, or large building between your receiver and the transmitter creates a radio shadow that attenuates the signal.

This happens because VHF propagation physics follow line-of-sight rules. A signal at 162 MHz loses roughly 6 dB of power for every doubling of distance in open terrain, but terrain obstacles can introduce 20 dB or more of additional loss, dropping a clear signal into noise.

This signal degradation only occurs when a physical obstacle lies directly in the propagation path between transmitter and receiver. Open areas of Davidson County, particularly the north and east sides of the metro, typically receive WXL58 at full signal strength.

If your weather radio displays a weak signal or fails to decode S.A.M.E. alerts reliably, fix it by adding an external antenna. A simple outdoor VHF antenna for NOAA weather radio mounted at roofline height can improve reception by 10-15 dB, which is the difference between a marginal signal and a fully reliable one.

The south side of Davidson County and areas in Williamson County near the Highland Rim elevation changes are most likely to experience marginal reception from WXL58 and may benefit from switching to or adding the 162.400 MHz frequency from KEC83 Cookeville, which approaches Middle Tennessee from the east and provides a different propagation path.

The section summary: weak Nashville weather radio reception is almost always a terrain or building obstruction issue, and it is solved by raising the antenna height or switching to a secondary transmitter on a different frequency that offers a cleaner line of sight from your location.

Which Weather Radio Receivers Work Best in Nashville?

The best weather radios for Nashville reception are S.A.M.E.-capable units that can receive all seven NOAA NWR frequencies, store multiple county FIPS codes, and operate on battery backup when AC power is disrupted during severe weather. Nashville’s spring tornado season, combined with the Cumberland River basin’s flash flood vulnerability, means power outages frequently coincide with the alerts you most need to receive.

According to FEMA emergency preparedness guidelines, a weather radio should have both AC power operation and a battery backup capable of sustaining alert monitoring for at least 24 hours without AC power. Standard alkaline AA or AAA batteries in a dedicated weather radio compartment meet this requirement.

Midland WR400: Best Overall for Davidson County

The Midland WR400 weather alert radio supports all 7 NWR channels, 25 S.A.M.E. alert event types, and up to 50 programmable county codes, making it the most flexible option for households near a county boundary who want alerts from two or more adjacent counties.

Key Specifications:

• Frequencies: All 7 NOAA NWR channels (162.400-162.550 MHz)
• S.A.M.E. code storage: 50 programmable codes
• Battery backup: 3x AA alkaline
• Alert display: Scrolling text with event type and county name
• Price range: $50-65

Uniden BC365CRS: Best for Bedroom Use

The Uniden BC365CRS combination weather radio and clock radio integrates NOAA NWR reception with an AM/FM radio and dual alarm clock, making it practical for bedside use where the alert tone needs to be loud enough to wake a sleeping adult.

Key Specifications:

• Frequencies: All 7 NOAA NWR channels
• S.A.M.E. code storage: 25 programmable codes
• Battery backup: 6x AA alkaline
• Additional: AM/FM radio, dual alarm, snooze
• Price range: $40-55

Midland ER310: Best for Power Outage Scenarios

The Midland ER310 emergency crank weather radio adds hand-crank charging, solar charging, and a USB power bank output to standard NWR reception, making it the correct choice for Nashville households preparing for extended power outages during severe weather events.

Key Specifications:

• Frequencies: All 7 NOAA NWR channels with S.A.M.E.
• Power sources: AC adapter, lithium battery, hand crank, solar panel
• USB output: 1000 mAh power bank for charging phones
• Flashlight: built-in LED with SOS strobe
• Price range: $55-75

Sangean CL-100: Best for Rural Middle Tennessee

The Sangean CL-100 tabletop weather radio has a notably sensitive receiver that performs well in fringe reception areas, which makes it particularly suited for Williamson County and Cheatham County locations where WXL58 signal strength is marginal due to Highland Rim terrain.

Key Specifications:

• Frequencies: All 7 NOAA NWR channels
• S.A.M.E. code storage: 25 programmable county codes
• Battery backup: 4x AA alkaline
• Receiver sensitivity: notably high for fringe reception areas
• Price range: $60-80

The section summary: for most Nashville metro households, the Midland WR400 at 162.550 MHz with Davidson County FIPS code 047037 programmed is the most complete solution, while rural or fringe-area residents should add the Sangean CL-100 or an external antenna to solve terrain-related reception gaps.

How Does the Nashville NWR System Compare to Other Alert Delivery Methods?

Nashville weather radio on WXL58 at 162.550 MHz delivers alerts with a latency of under 60 seconds from NWS Nashville’s issuance. Wireless Emergency Alerts (WEA) delivered to cell phones have a variable latency of 30 seconds to several minutes depending on cell tower load during severe weather. The critical difference is that NWR operates independently of cellular infrastructure, which means it functions when cell towers are damaged or overloaded, exactly the scenario that occurs during a major Middle Tennessee tornado outbreak.

According to FEMA’s IPAWS (Integrated Public Alert and Warning System) documentation, NWR is one of three primary alert pathways in the federal system. The other two are WEA (cell broadcast) and EAS (broadcast television and radio). NWR is the only one of the three that operates continuously 24 hours a day and does not depend on a consumer device checking a network.

Use the table below to compare Nashville’s four primary weather alert delivery channels across the factors that matter most during a severe weather event.

Source: FEMA IPAWS program documentation, NOAA NWR technical specifications, FCC WEA technical implementation guide. Latency figures represent typical observed ranges, not guaranteed maximums.

NOAA NWR is the only alert channel in Nashville that combines battery-independent operation, cell-network independence, and a dedicated alarm tone that activates regardless of device state, which is why emergency management professionals consistently recommend it as the primary alert receiver for nighttime severe weather events.

Nashville Severe Weather Seasons: When to Rely Most Heavily on WXL58

Middle Tennessee’s severe weather calendar has two distinct high-activity periods that require your Nashville weather radio to be operating, battery-tested, and S.A.M.E.-programmed before they arrive. The primary tornado season runs from late February through May. A secondary severe weather period runs from late October through mid-December, when cold fronts interact with residual Gulf moisture to produce significant tornado events in the region.

According to NWS Nashville climatological data, Davidson County and surrounding counties have experienced confirmed tornado touchdowns in every month of the year except August, making year-round NWR monitoring appropriate for permanent Nashville residents. The 2020 tornado outbreak, which struck downtown Nashville on March 3, produced an EF3 tornado that tracked directly through the urban core.

Flash flooding in the Cumberland River basin represents a secondary but equally dangerous alert category. The May 2010 Nashville flood produced rainfall exceeding 13 inches in 36 hours and killed 26 people in Middle Tennessee. Flash Flood Warnings (FFW) from NWS Nashville on WXL58 were among the first official alerts issued during that event.

Winter weather events in Nashville are infrequent but severe when they occur, because ice accumulation rather than snow depth is the primary hazard. NWS Nashville issues Ice Storm Warnings and Winter Storm Warnings on WXL58 when surface temperatures drop below freezing during precipitation events. These alerts are broadcast on the same 162.550 MHz frequency with the same S.A.M.E. protocol.

The section summary: Nashville’s weather radio is most critical during March through May tornado season and during any rainfall event producing more than 2 inches in 6 hours in the Cumberland River watershed, but WXL58 should remain powered and active year-round given the region’s multi-hazard threat profile.

Troubleshooting Nashville Weather Radio Reception Problems

Nashville weather radio reception problems on 162.550 MHz fall into four categories: weak signal, no signal, false alarms, and missed alerts. Each has a specific cause and a specific fix.

Weak Signal on 162.550 MHz in Nashville

A weak signal on WXL58 in Nashville is caused by one of three things: terrain obstruction between your home and the transmitter site, interior building materials attenuating the signal (concrete, metal roofing, double-pane low-E glass), or an antenna positioned near a noise source (fluorescent lights, switching power supplies, computers).

Fix it by moving the radio to a window facing north or northeast, which is the approximate direction of WXL58’s antenna from most of Davidson County. If window placement does not resolve the problem, connect an external VHF antenna rated for 160-165 MHz to your receiver’s antenna input. A simple telescoping whip antenna positioned at window height will typically improve signal by 6-10 dB.

No Signal at All on Any NWR Frequency

A complete absence of signal on all seven NWR frequencies indicates either a damaged receiver antenna, a programming error that has placed the radio in a non-receiving state, or a rare transmitter outage at WXL58. NOAA publishes transmitter outage notifications on the NWS Nashville website when scheduled maintenance takes WXL58 offline.

Verify by scanning all seven frequencies manually. If the radio shows no signal on any of 162.400, 162.425, 162.450, 162.475, 162.500, 162.525, or 162.550 MHz, the problem is with the receiver or its antenna, not the transmitter.

False Alarms from Distant Counties

False alarms, where your Nashville weather radio activates for a tornado warning in a county 150 miles away, are caused by an incorrectly programmed or missing S.A.M.E. FIPS code. Without a programmed county code, a S.A.M.E.-capable receiver alarms for every county in the broadcast area.

Fix this by entering your county’s FIPS code into the S.A.M.E. programming menu. For Davidson County, enter 047037. For Williamson County, enter 047187. The radio will then only alarm when NWS Nashville issues an alert specifically targeting your programmed county.

Missed Alerts Despite Correct Programming

Missed alerts on a correctly programmed Nashville weather radio are almost always caused by the radio being set to STANDBY mode rather than ALERT mode, or by a depleted backup battery that caused the radio to lose its programmed settings during a power outage. Many weather radio models reset to factory defaults when battery backup power is exhausted.

Check and replace the battery backup cells (Energizer or Duracell AA alkaline batteries are sufficient for most models) and re-enter your county FIPS code and alert mode settings after any extended power outage.

The section summary: 90% of Nashville weather radio problems trace back to either missing S.A.M.E. programming or battery-related settings loss, both of which are resolved in under 5 minutes with the correct FIPS code and fresh backup batteries.

Using a Portable or Handheld Radio to Receive Nashville NWR Frequencies

Any radio receiver capable of tuning to 162.400-162.550 MHz in FM-narrowband mode can receive Nashville NWR broadcasts. This includes many handheld amateur (ham) radios, some GMRS/FRS radios with WX channel capability, and dedicated portable weather radios. The key distinction is that a receiver without a built-in S.A.M.E. decoder will receive the audio broadcast but will not automatically activate an alert alarm.

The Baofeng UV-5R dual-band handheld radio can tune to 162.550 MHz and receive WXL58’s audio broadcast in NFM (narrow FM) mode. It functions as a manual weather audio receiver but does not decode S.A.M.E. signals or activate an alarm tone. You must be actively listening to hear an alert.

The Midland X-Talker series FRS/GMRS walkie-talkies include dedicated WX channel buttons that tune directly to all seven NOAA NWR frequencies. Like the Baofeng, they receive audio but do not decode S.A.M.E. headers for automated alerting. They are useful for monitoring Nashville weather broadcasts while outdoors, camping, or on a hiking trail where a dedicated weather radio is not practical to carry.

The Midland ER10 portable emergency weather radio provides a compact S.A.M.E.-capable receiver that works as both a handheld and a bedside unit, with hand-crank charging for field use.

Understanding how NOAA weather radio technology works across different device types helps you choose the right receiver for each situation. For more on the technical foundations of NOAA Weather Radio All Hazards, including how the broadcast network operates and what frequencies it uses nationwide, our overview of how NOAA Weather Radio functions as a public safety broadcast system covers the full technical and regulatory background.

The section summary: any receiver that tunes FM in the 162-163 MHz range can pick up Nashville’s WXL58 broadcast, but only a S.A.M.E.-capable dedicated weather radio will automatically alarm you during a nighttime tornado warning when you cannot actively monitor the broadcast.

Nashville Weather Radio vs Internet Weather Streaming: Which Is More Reliable?

Nashville weather radio on 162.550 MHz functions without internet access, without cellular service, and without AC power when paired with battery backup. Internet-based weather radio streaming through services like NOAA’s weather.gov audio streams requires a working internet connection, a powered device, and an operational cellular or broadband network. The precise moment Nashville weather radio becomes most critical, during a tornado or severe storm, is when internet infrastructure is most likely to fail.

Internet weather streaming provides value in situations where NWR reception is unavailable, such as in a downtown Nashville office building with signal attenuation from structural steel and tinted glass, or when traveling outside the WXL58 coverage area.

If you rely on internet-based NWS audio monitoring as a supplement to a physical weather radio, our comparison of internet weather radio streaming versus dedicated NWR receivers covers the technical trade-offs, latency differences, and scenarios where each approach has a meaningful advantage.

The section summary: Nashville NWR at 162.550 MHz is the primary alert channel because it operates independently of every infrastructure layer that severe weather damages, and internet streaming serves as a useful supplement rather than a replacement.

Frequently Asked Questions About Nashville Weather Radio Station and Frequencies

What frequency should I program my Nashville weather radio to?

Program your Nashville weather radio to 162.550 MHz, which is the frequency for WXL58, the primary NOAA NWR transmitter serving Davidson County and the immediate Nashville metro area. This frequency gives the strongest and most reliable signal for the majority of Nashville addresses.

If you live in Rutherford County (Murfreesboro area), 162.500 MHz on KEC88 may provide equal or better signal quality. Residents in Clarksville and Montgomery County should use 162.475 MHz on WXK74. If your weather radio supports multiple frequency scanning, program 162.550 MHz as primary and add 162.400 MHz as a secondary option for redundancy.

What is the S.A.M.E. code for Davidson County, Nashville?

The S.A.M.E. FIPS code for Davidson County, Tennessee is 047037. You program this 6-digit code into your weather radio’s S.A.M.E. setup menu to ensure the alarm only activates for alerts specifically targeting Davidson County, rather than all 40 counties in the NWS Nashville broadcast zone.

If you live near a county boundary, you can program multiple FIPS codes simultaneously. Most S.A.M.E.-capable weather radios accept between 25 and 50 county codes. For a Nashville address near the Williamson County line, adding 047187 (Williamson County) ensures you receive alerts for both counties. Verify your specific FIPS code at the NOAA NWR county code lookup tool on the NWS website before programming.

What is the difference between a Tornado Warning and a Tornado Watch on the Nashville NWR broadcast?

A Tornado Warning (S.A.M.E. code TOR) means a tornado has been detected by radar or confirmed by a spotter and is imminent or occurring in the specified counties. A Tornado Watch (S.A.M.E. code TOA) means atmospheric conditions are favorable for tornado development, but no tornado has been confirmed yet.

On your Nashville weather radio, a Tornado Warning will trigger the highest-priority alarm tone: a continuous 1050 Hz alert tone followed by the voice broadcast. A Tornado Watch uses the same broadcast system but with a different audio alert pattern on most receivers. You can configure S.A.M.E.-capable radios to alarm on both TOR and TOA, or on TOR only if you find watch-level alerts create unnecessary interruptions.

Why does my Nashville weather radio alarm for counties I am not in?

Your weather radio is alarming for unrelated counties because it either has no S.A.M.E. code programmed, or it is set to ALL-COUNTIES mode rather than a specific FIPS code. Without a county code filter, the receiver activates its alarm for every S.A.M.E. alert transmitted on the frequency, covering all 40 counties within NWS Nashville’s broadcast area.

Fix this by entering your county’s FIPS code into the S.A.M.E. programming menu. For Davidson County, enter 047037. Access the S.A.M.E. programming menu on most Midland and Uniden receivers by pressing the MENU or PROG button and navigating to the S.A.M.E. or county code entry screen. After entering your code, test the setting by confirming the radio displays your county name rather than “ALL” in the S.A.M.E. display field.

Can I use a Baofeng radio to receive Nashville weather radio on 162.550 MHz?

Yes, a Baofeng UV-5R or similar dual-band handheld radio can receive the audio broadcast from WXL58 on 162.550 MHz when programmed in NFM (narrow FM) mode. The radio will play NWS Nashville’s continuous audio broadcast just like a dedicated weather radio.

What a Baofeng cannot do is decode S.A.M.E. digital headers or automatically activate an alarm tone during a tornado warning when you are not actively listening. It functions only as a passive audio receiver. For nighttime alerting during storm season, a dedicated S.A.M.E.-capable weather radio with an alarm function is required. The Baofeng is useful as a field monitoring tool when you are already awake and outdoors.

What is the difference between WXL58 and KEC83 for Nashville reception?

WXL58 (162.550 MHz) is located in Nashville and broadcasts from a site optimized to cover Davidson County and the immediate metro area. KEC83 (162.400 MHz) is located in Cookeville and primarily serves Putnam, Cumberland, and White counties in the Upper Cumberland region east of Nashville.

Most Nashville addresses will receive WXL58 at full signal strength and KEC83 at reduced strength. KEC83 becomes the more relevant transmitter for locations in Wilson County near the Watertown area and for the eastern fringe of Davidson County near Percy Priest Lake, where the Highland Rim terrain slightly attenuates WXL58 while KEC83 approaches from a different angle with better propagation. If you are unsure which provides better signal at your specific address, scan both frequencies and compare signal strength bars on your receiver.

Do I need to re-program my Nashville weather radio after a power outage?

Yes, if your weather radio’s backup battery has been depleted during a power outage, it will likely reset to factory defaults, erasing your programmed S.A.M.E. county code and frequency settings. Most weather radio models retain settings only as long as backup battery power is maintained.

Prevent this by replacing backup batteries annually, ideally before spring severe weather season (late February in Middle Tennessee), and by checking your S.A.M.E. settings after any power outage lasting more than a few hours. Keep a written note of your programmed FIPS codes (047037 for Davidson County) near the radio so you can reprogram quickly after a reset. Fresh AA alkaline batteries in a dedicated battery compartment maintain settings for 12-18 months without AC power.

Does Nashville NWR broadcast alerts 24 hours a day, or only during severe weather?

Nashville NWR on WXL58 at 162.550 MHz broadcasts continuously 24 hours a day, 7 days a week. The broadcast alternates between routine weather forecasts, current conditions, river stage reports, and agricultural weather outlooks during normal conditions.

During severe weather events, the routine broadcast is interrupted by alert tones and the priority alert message. Your weather radio’s alarm function activates only when a S.A.M.E. alert header matching your programmed county code is transmitted. The radio remains in silent monitoring mode during routine broadcasts unless set to play audio continuously.

Can I receive the Nashville NWR broadcast outside of Tennessee?

WXL58 on 162.550 MHz has a primary coverage radius of approximately 40 miles from its Nashville transmitter site, meaning reliable reception extends into southern Kentucky (Simpson and Allen counties), northern Alabama border areas, and into adjacent Tennessee counties. Beyond this primary zone, reception becomes variable depending on terrain and receiver antenna quality.

Residents in Bowling Green, Kentucky, for example, may receive marginal audio from WXL58 but will receive cleaner audio from Kentucky’s dedicated transmitters. The S.A.M.E. system is designed so that even if you receive WXL58 from Kentucky, alerts issued for Davidson County, Tennessee (FIPS 047037) will still trigger your receiver if that code is programmed, regardless of your physical location when the alert is received.

Is there a way to monitor Nashville NWR without purchasing a dedicated weather radio?

You can monitor WXL58’s 162.550 MHz audio broadcast using any VHF radio receiver that covers the 162-163 MHz band in FM narrowband mode, including ham radios, scanner radios, and some GMRS radios with WX channel capability. You can also access the NWS Nashville audio stream online through the weather.gov website or through apps that stream NOAA NWR audio.

However, none of these alternatives provide the S.A.M.E. alarm function that activates automatically during a tornado warning while you are asleep. A dedicated S.A.M.E. weather radio with an alert alarm priced between $30 and $65 is the only option that wakes you during a nighttime tornado event without requiring you to be actively monitoring.

What NWR frequency covers Brentwood and Franklin in Williamson County?

Brentwood and Franklin in Williamson County are served by WXL58 on 162.550 MHz, the same Nashville transmitter that covers Davidson County. The S.A.M.E. FIPS code for Williamson County is 047187, which is different from Davidson County’s 047037, even though both counties receive the same transmitter signal.

Program 047187 into your weather radio if your primary address is in Williamson County. If you live near the Davidson/Williamson county line, program both 047037 and 047187 to ensure you receive alerts for whichever county your specific address falls within, as NWS Nashville issues warnings by county boundary and a tornado track crossing the county line will trigger separate alerts for each affected county.

How do I find all the NOAA weather radio stations near Nashville?

NOAA publishes a complete NWR station database through the NWS website at weather.gov, where you can search by state or by county to find every transmitter with coverage in your area. The database lists station call sign, frequency, transmitter location, and effective radiated power for every active NWR transmitter in the continental United States.

For a comprehensive list of all Tennessee NWR transmitters with their frequencies and coverage areas, our state-level guide to NOAA weather radio stations organized by state provides a searchable reference covering every active transmitter in Tennessee and bordering states.

What should I do if I cannot receive any NWR signal in my Nashville neighborhood?

If you cannot receive any signal on 162.550 MHz or any other NWR frequency in Nashville, the first step is to try the radio at a window or exterior wall position, as interior concrete and metal building materials can completely block VHF signals. Multi-story concrete apartment buildings in downtown Nashville are the most common source of complete signal loss indoors.

If window placement does not resolve the problem, connect an external antenna rated for 160-165 MHz to your receiver. A simple half-wave dipole cut for 162.550 MHz (approximately 36 inches total length) mounted at window height will restore reception in virtually all Nashville locations with line-of-sight obstruction as the cause. If the signal is still absent after adding an external antenna, the receiver may be defective or programmed incorrectly. Factory reset the unit and re-program from scratch before assuming the hardware is faulty.

If you want to understand the complete list of all NOAA NWR frequencies used across the country and how frequency assignments are managed nationwide, our reference guide on all seven NOAA weather radio broadcast frequencies and their nationwide allocations explains the full frequency plan and how transmitter assignments are coordinated to minimize interference between adjacent stations.

Setting Up Nashville Weather Radio Correctly: The Bottom Line

For Davidson County residents, the correct Nashville weather radio frequency is 162.550 MHz on WXL58, with S.A.M.E. FIPS code 047037 programmed into your receiver. Those two settings together transform any S.A.M.E.-capable weather radio into a county-specific alarm system that activates automatically when NWS Nashville issues a tornado warning, severe thunderstorm warning, or flash flood warning for your specific area.

Check your backup batteries before each spring severe weather season, verify your S.A.M.E. settings after any extended power outage, and position the radio at a window or connect an external antenna if signal strength is marginal at your location.

To understand S.A.M.E. technology in more detail, including how to program multiple county codes and how the digital encoding system works to filter alerts by geographic area, our dedicated guide on how S.A.M.E. weather radio encoding works and how to program it correctly covers the full process step by step.

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