Fleet Management & Public Transportation Antennas
Reliable Connectivity for Tracking, Telematics, and Mobile Data
Keep commercial vehicles, service fleets, and transit systems connected with cellular, Wi-Fi, and GNSS antennas for tracking, telematics, onboard networking, and video.

Fleet Tracking & Telematics Antennas
Maintain Visibility Across the Fleet
Cover location and telematics requirements across mixed vehicle types with compact antennas built for mobile deployment. Mobile Mark offers GNSS-only and cellular/GNSS configurations in multiple vehicle form factors, giving you more ways to fit the system without forcing the same antenna design onto every vehicle.
- GNSS for tracking and automatic vehicle location
- Cellular for telematics and dispatch data
- MIMO cellular for higher-throughput gateways

Basic Vehicle Tracking
SMG-1575
GPS, GLONASS, GNSS
Single-cable positioning provides a straightforward starting point for tracking and navigation.

Cellular MIMO & Tracking
LLPG302
2x LTE | GNSS
Three-feed platform suits telematics gateways that need cellular diversity plus vehicle location.

Covert Tracking & Telematics
CVWG-WB2
5G/LTE, GNSS
Slim adhesive-mounted housing combines wideband cellular and positioning in a discreet format.

Wideband 5G Telematics
LTMG308
2x 5G/LTE | GNSS
Wideband cellular MIMO supports newer fleet routers while keeping positioning in the same mount.

Connected Fleet & Mobile Router Antennas
Simplify Multi-Radio Vehicle Connectivity
Support data-intensive vehicle systems with multiband antennas built for higher-port-count routers. Mobile Mark’s higher-element-count antennas bring the router’s required antenna connections into a single housing, reducing the need for exterior hardware as onboard wireless demands increase.
- 5G/LTE MIMO for broadband and video upload
- Wi-Fi 6E/7 for onboard networking and data offload
- GNSS for tracking and navigation

Connected Fleet Routers
LTMG508
2x 5G/LTE | 2x Wi-Fi 6E | GNSS
Balanced five-feed antenna built for fleet routers that require broadband and onboard wireless networking.

Vehicle Connectivity
LTMWG944
4x 5G/LTE, 4x Wi-Fi 6E/7, GNSS
High-capacity surface-mount platform supports multi-radio vehicles and data-intensive onboard systems.

Covert Multiband Connectivity
CVWG508
2x 5G/LTE + GNSS
Covert strip format brings a full multiband connection set to less-visible exterior installations.

Multi-Radio Service Fleets
MXG945
4x 5G/LTE, 5x Wi-Fi 6E/7, GNSS
Aerodynamic MaxFin construction provides a high-capacity option for equipment-heavy vehicle platforms.

Bus & Public Transit Onboard Antennas
Connect Operations and Passenger Services
Serve both operational communications and passenger Wi-Fi, with antennas designed for their respective onboard functions. Mobile Mark pairs multiband roof platforms with dedicated cabin MIMO antennas, giving transit integrators options for both the wide-area connection and the onboard network.
- Cellular for CAD/AVL and network backhaul
- Wi-Fi for passenger and onboard networks
- GNSS for real-time vehicle location

CAD/AVL & Dispatch
SMWG-305
4G LTE | Wi-Fi | GNSS
Three-function platform supports core transit connectivity without requiring a high connection count.

Higher-Capacity Cabin Wi-Fi
NXD-W
4x MIMO Wi-Fi
Four independently fed Wi-Fi paths support onboard systems requiring a higher MIMO count.

Passenger Wi-Fi
SMD-W-3
3×3 Wi-Fi 6E | 2.4 & 5/6 GHz
Compact MIMO platform provides three Wi-Fi paths for onboard access-point installations.

High-Order Cabin Wi-Fi
CLTM603
6x Wi-Fi | 2.4 & 5 GHz
Six-feed ceiling mount supports 6×6 MIMO or two separate 3×3 Wi-Fi systems.

Depots, Shelters & Fixed-Site Antennas
Support the Network Beyond the Vehicle
Support depots, shelters, and fleet yards with fixed-site antennas matched to the RF coverage required at each location. Wideband, omnidirectional, and multi-port options support broadband and private wireless networks across fixed transit infrastructure.
- 5G/LTE for depot and shelter backhaul
- Wi-Fi for local access and data transfer
- Private LTE for dedicated fleet and transit networks

Exposed Transit Equipment
RM-WHF
Wideband | 1.7–7.2 GHz
Impact- and vandal-resistant construction fits exposed transit equipment and shelter installations.

Depot & Yard Coverage
OD3-600/6000
5G Sub-6 | 600-6000 MHz
Fixed-site broadband coverage with a ground-plane-independent omnidirectional antenna.

Compact Fixed Broadband
RM-WB1
5G/LTE | 617–7200 MHz
Rugged surface mount brings wideband connectivity to shelters and fixed support equipment.

Private Network Sites
BPN942
4x 5G/LTE | 2x Wi-Fi | GPS
Pole-mounted multiband platform brings cellular, Wi-Fi, and positioning to fixed network sites.
Supporting Reliable Signals for Fleet Management & Transportation
Mobile Mark has designed and manufactured antennas since 1984, with in-house engineering, testing, and production capabilities in the US and UK. Explore configurable antenna options for commercial fleets, transit vehicles, field operations, and connected transportation systems.
Designed and tested for vibration, environmental exposure, and demanding mobile installations.
US and UK production, a Swedish design center, and distribution partners worldwide.
Cellular, Wi-Fi, and GNSS combinations with cable, connector, and mounting options to fit the deployment.
Engineering and sales support for product selection and technical validation.
Fleet & Transportation Management Antenna FAQs
The best fit depends on the router or modem, required frequencies, number of cellular, Wi-Fi, and GNSS ports, vehicle construction, mounting location, and cable length. Start with the device’s RF connections and select an antenna that supports each required band and element.
Yes. Multiband vehicle antennas can combine separate cellular, Wi-Fi, and GNSS elements in one radome. Each element normally has its own cable that connects to the corresponding radio port.
GPS is one satellite positioning system. GNSS is a broader term that may include GPS, Galileo, GLONASS, BeiDou, and QZSS when supported by both the antenna and receiver.
The number of elements should match the router’s RF ports. A 2×2 cellular MIMO modem generally requires two cellular elements, while 4×4 MIMO requires four. Wi-Fi and GNSS connections use separate elements.
Only when the modem and network use 5G frequencies. A wideband 5G/LTE antenna can support current LTE service while providing compatibility with newer cellular bands.
Multiple-input, multiple-output, or MIMO, uses multiple antenna elements with a compatible modem to transmit and receive more than one data stream. It can improve throughput and connection performance where the device and network support it.
Install the antenna in a clear, unobstructed location with adequate separation from other antennas and vehicle electronics. Follow the antenna’s requirements for ground plane, spacing, mounting, and weather sealing.
Yes. Magnetic, covert, adhesive, window-mounted, and bracket-mounted options can avoid a through-hole installation, depending on the antenna and vehicle. Permanent surface mounting may provide a more secure installation for long-term use.
Cable runs should be kept as short as practical. Signal loss increases with cable length and frequency, so longer runs may require lower-loss cable or a different mounting location.
Compare the device’s antenna ports, supported frequencies, MIMO configuration, connector types, GNSS and Wi-Fi requirements, mounting method, and required cable length. Mobile Mark match-up guides and technical support can help narrow the options.
We’re here to help! Contact us today to discuss your wireless network requirements and get personalized recommendations.