LoRa Range: Realistic Expectations

Range is the most common question new users have, and the most complex to answer accurately. LoRa range depends on antenna height, terrain, preset configuration, and environmental conditions. Here's how to set realistic expectations for your deployment.

The Honest Range Summary

The figures below are community-reported estimates, not measured specifications. Real-world range varies widely with antenna height, terrain, preset, and line of sight, and the longer brackets assume clear line of sight between elevated antennas. Treat them as rough planning aids and confirm with an on-site range test.

Environment	Typical Range (stock antenna)	Typical Range (good external antenna)
Open flat terrain, low antennas	2-5 km	8-20 km
Suburban (houses, trees)	0.5-2 km	2-6 km
Dense urban (buildings)	200m - 1 km	1-3 km
One node elevated (hilltop/tower), line of sight	5-15 km	15-50 km
Both nodes elevated (mountain ridge), clear line of sight	20-80 km	50-200+ km

The largest factor in real-world range is antenna elevation. ElevatingRaising an antenna from ground level to 30 feet (10m) typicallyoften doublesimproves effectiverange range.dramatically - largely by clearing local rooftops, trees, and other clutter so more of the path has line of sight. Getting up to 100 feet (30m) can increaseextend useful range bymuch 5-10x.further still. The exact gain depends entirely on the surrounding terrain and the height of the far end, so treat any multiplier as a rough rule of thumb rather than a fixed figure. This is why community networks invest in hilltop and water tower installations.

Modem Preset vs. Range

Meshtastic's modem presets trade speed for range. Slower presets = longer range:range (throughput figures below are from the official Meshtastic radio-settings table):

Preset	Relative Range	Message Throughput	Best For
ShortTurbo	Shortest	~21 kbps	Dense urban, close range
ShortFast	Short	~10 kbps	Indoor/urban
MediumFast	Medium	~3.5 kbps	Suburban networks
LongFast	Long (default)	~1.31 kbps	Community networks (best balance)
LongSlowLongModerate	Very long	~0.534 kbps	Rural sparse networks
VeryLongSlowLongSlow (deprecated)	MaximumVery long	~0.1518 kbps	ExtremeDeprecated range- prefer Long Moderate for sparse rural meshes

VeryLongSlow (slow)not recommended)Maximum (in theory)very lowThe Meshtastic project recommends against this preset - it does not form meshes well and is unreliable; avoid it

Range Factors You Can Control

• Antenna height: The single biggest lever. Even addinga 10few feetextra meters of height can doubleimprove yourrange range.substantially by clearing local obstructions; the exact improvement depends on the surrounding terrain.
• Antenna quality: A $30quality external fiberglass antenna outperformscan add several dB over the stock rubber rubber-duck bywhip 5-10- dBoften the single cheapest range upgrade. (2-3xStock range).whips are typically ~0-2 dBi and consumer fiberglass antennas ~3-8 dBi; be skeptical of inflated gain claims from sellers. A decent external antenna ran about $30 as of 2026-06-07.)
• Modem preset: Switching from LongFast to LongSlowa slower long-range preset can extend range 20-40% at the cost of message throughput.
• TX power: In the US the legal limit is 1 W (30 dBm) conducted with up to 6 dBi antenna gain. Note that Meshtastic already defaults to the maximum power your hardware and region allow (tx_power 0 means "use default max"), so manuallyfor range you should simply leave it at the default - the setting exists mainly to reduce power. Manually setting 30 usually does not extend range vs. the default, and most boards (e.g. SX1262-based) top out around +22 dBm regardless. Set with meshtastic --set lora.tx_power 30.

Range Factors You Can't Control

• Terrain: Hills, buildings, and forests attenuate signal significantly. OneEven a single building betweenin twothe nodespath can reducecut range drastically - sometimes by 50%.half or more, sometimes blocking the link entirely - depending on the construction and geometry.
• Weather: Rain andhas highnegligible humiditydirect cause minor RF attenuationeffect at 915 MHz (usuallywell under 31 dB even in heavy rain - meaningful rain attenuation only begins above roughly 5-10 GHz). The real wet-weather losses come from wet foliage and water sitting on antennas and connectors, not athe majorrain concernin forthe LoRa).path itself.
• Interference: Other 900 MHz ISM devices sharing the band can raise the noise floor and reduce effective range.
• Multipath fading: In urban environments, reflections from buildings create constructive and destructive interference that causes range to vary significantly over short distances.