Skip to content
  • There are no suggestions because the search field is empty.

Antennas

Antennas with proven performance for use with Mesh Rider Radios

Doodle Labs Antennas

Doodle Labs branded antennas, supplied and supported directly by us for use with Mesh Rider Radios.

Model Frequency Peak Gain (dBi) Type
ANT-2450-3-O 2400–2482 MHz 3 Omnidirectional (multipolarized)
ANT-1700-4-O-SMA-1 902 - 928 MHz / 2.4 - 2.5 GHz 4 Omnidirectional (Multipolarized)
ANT-1700-4-GN-TNC 915 / 2450 MHz 3.8 Omnidirectional
ANT-1700-3-GN-TNC-2 902 - 928 MHz / 2.4 - 2.5 GHz 2 / 3 Omnidirectional
ANT-1700-3-O-SMA-2 902 - 928 MHz / 2.4 - 2.5 GHz 2 / 3 Omnidirectional
ANT-5800-3-O 5.725 - 5.875 GHz 3 Omnidirectional (Multipolarized)
ANT-5500-5-O-SMA-1 4.4 - 6 GHz 4.6 Omnidirectional (Multipolarized)
ANT-5500-5-O-SMA-2 4.4 - 6 GHz   Omnidirectional
ANT-5500-5-GN-TNC-2 4.4 - 6 GHz 5 Omnidirectional
Licensed Bands
ANT-2025-2-GN-TNC 1.35 - 2.5 GHz 2.4 Omnidirectional 
ANT-2025-3-O 1.625 - 2.5 GHz 4 Omnidirectional
(Multipolarized)
ANT-2025-3-O-SMA-2 1.35 - 2.5 GHz 3 Omnidirectional
ANT-HELIX-3-GN-TNC-2 1.6 - 2.5 GHz 3 Omnidirectional
ANT-2100-3-GN-TNC-2 1.35 - 1.39 GHz / 2.2 -2.5GHz 2.5 Omnidirectional
ANT-2100-3-O-SMA-2 1.35 - 1.39 GHz / 2.2 -2.5 GHz 3 Omnidirectional
ANT-2100-3-O-SMA-1      
GPS
ANT-GPS-ST-SMA 1575.42 MHz 28 dBic RHCP
WIFI
ANT-DS-WTS

2.4 - 2.5 GHz /
4.9 - 6 GHz

2.1 / 3.4 Omnidirectional

Commercial & Professional Grade Antennas

Manufacturer Model Frequency Gain (dBi) Type
KP Performance KPPA-900DPY17 880–960 MHz 17.5 Yagi
KP Performance KP-5HA-45 (-N) 4.9–6.4 GHz 16 Horn
TrueRC Gatling 2.4 Mk II 2.3–2.7 GHz 15.5† Patch array
Southwest Antennas 1055-011 4.4–7.4 GHz 15 Panel
Mars Antennas MA-WA22-DP14 1.7–2.7 GHz 13–14 Panel
Mars Antennas MA-WC90-DS13 850–960 MHz 13 Sector
Southwest Antennas 1009-015 1625–2500 MHz 12 Panel
TrueRC X-AIR 2.4 Mk II 2.3–2.6 GHz 10† Patch
Mars Antennas MA-WO56-DP10 4.9–5.9 GHz 10 Omni
Southwest Antennas 1004-005 4.0–6.4 GHz 9 Panel
KP Performance KP-5DPFP-9-NF 4.4–6.4 GHz 9 Flat panel
Mars Antennas MA-WA22-DP8 1.7–2.7 GHz 8 Patch
Mars Antennas MA-WA27TB-DP8 698–960, 1695–2700 & 5100–5900 MHz 7.5 –10 Patch
KP Performance KP-24VOMNI-6 2.4–2.5 GHz 6 Omni
KP Performance KP-58-SPOMA-6-NF 5.1–5.875 GHz 6 Omni
TrueRC True-MoX 2.4 2400–2510 MHz 5.9 Directional (Moxon)
Pasternack PE51078 2.4–2.5 GHz 5.5 Omni
Southwest Antennas Half-Wave Dipole Omni (replaces retired 2001-111) 4.4–5.9 GHz 3.2 Omni
TE Connectivity L9000020-01 2.4–2.5 GHz 3.2 Omni
MP Antenna MPSL900+2400 902–928 & 2400–2500 MHz 3 Omni (multipolarized)
MP Antenna 08-ANT-1019 902–928 MHz 3 Omni (multipolarized)
Southwest Antennas 1001-126 4.4–6.0 GHz 2.3 Omni (Ultra-Flex)
Southwest Antennas 1001-251 4.0–8.0 GHz 2.15 Omni
Pasternack PE51RD1020 2.4–2.5 GHz 2 Omni
TrueRC Singularity 2.4 2.40–2.46 GHz 1.9† Omni

Fig. 1 — Doodle Labs recommended commercial-grade antennas, sorted by gain.
† TrueRC antennas are circularly polarized; gain is specified in dBic.

Military-Spec & DoD Grade Antennas

Manufacturer Model Frequency Gain (dBi) Type
Optimum Solutions OS-PT-25 (48″ dish) 4–6 GHz 33 Tracking dish
Optimum Solutions OS-PT-25 (30″ dish) 4–6 GHz 31 Tracking dish
Optimum Solutions OS-PT-10-C 4–6 GHz 29 Tracking dish
Optimum Solutions OS-PT-25-L/S (48″ dish) 1.7–2.5 GHz 26 Tracking dish
Optimum Solutions OS-PT-25-L/S (30″ dish) 1.7–2.5 GHz 24 Tracking dish
Optimum Solutions OS-PT-10-L/S 1.7–2.5 GHz 22 Tracking dish
Hascall-Denke FXSP1.35-2.7-14-D 1350–2700 MHz 14 Sector panel
Hascall-Denke MPDP1.25-2.7-5 1250–2700 MHz 5 Omni
Hascall-Denke MPDP2.1-2.5/4.4-5.9 2100–2500 & 4400–5900 MHz 3–4.5 Omni

Fig. 2 — Doodle Labs recommended DoD-grade antennas, sorted by gain.
Optimum Solutions OS-PT systems are GPS auto-tracking pedestals fitted with dishes; gain depends on the dish size and band configuration. Contact Optimum Solutions to spec the pedestal/dish combination for your link.

Link-Budget Calculation and Our Throughput Estimation Tool

Choosing an appropriate antenna gain starts with a link-budget calculation: from the network capacity and link distance you need, you can work backwards to the required antenna gain. Our Throughput Estimation Tool does this math for you and plots expected throughput vs. distance for any Mesh Rider Radio, band, and antenna-gain combination.

Keep in mind that real-world RF propagation is affected by factors a simple link budget doesn't capture — reflections off large objects, multipath, and Fresnel zone clearance among them. For a deeper treatment, see the application note Optimizing the RF Link in our Technical Library.