An integrated on-the-move terminal for vehicles: every satcom component hides inside one low-profile 975×785×248 mm radome that connects to the vehicle network and power with a single interface — broadband, video calls and voice while driving.
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Highlights
All components integrate under the radome; one connector links vehicle network and power — fast to install and swap between vehicles.
≤0.3° pointing accuracy on highways, slopes and under bridges keeps video, voice and data alive.
Peak draw ≤150 W — runs from the stock vehicle power system without modification.
Applications
Emergency command vehicles · Broadcast and media vans · Energy and mining fleets · Government motor pools
Mobile COTM Family — Vehicle and Maritime
| Model | Aperture | Re-acquisition | Installation | Differentiator |
|---|---|---|---|---|
| Vehicle COTM Terminal | 0.45 m flat horn | <30 s restart | Roof-mount pod, IP66 | ≤150 W draw, no vehicle upgrade |
| Conformal Terminal | Ku conformal | ≤1.5 s | Body-conformal fit | 4G + Wi-Fi fusion, CAN health bus |
| Maritime COTM | 0.6–1.0 m | Satellite swap <8 s | 4-axis stabilized mount | Force-worthiness for blue-water decks |
Highlighted row = this model. All figures are manufacturer specifications; full tables live on each model page (linked). Family hub: /satellite-communication/vehicle-cotm/
How to Choose in This Family
- Vehicle fleet. Roof-pod COTM retrofits any vehicle in hours; conformal integration is engineered per model but preserves profile and adds 1.5 s re-acquisition.
- Comms blending. The conformal unit fuses satellite with 4G base-station and Wi-Fi hotspot — one box for the whole vehicle network.
- Power budget. Both run from vehicle power; the pod stays ≤150 W so stock alternators cope.
Where this model sits: Vehicle COTM Terminal is ≤150 W draw, no vehicle upgrade.
Full Specifications
| Item | Value | Evidence |
|---|---|---|
| Antenna type | Flat horn array | Manufacturer spec |
| Effective aperture | 0.45 m | Manufacturer spec |
| Frequency | RX 10.70–12.75 GHz / TX 13.75–14.5 GHz | Manufacturer spec |
| Antenna gain | RX ≥32 dBi / TX ≥33 dBi | Manufacturer spec |
| Tracking accuracy | ≤0.3° | Manufacturer spec |
| Coverage | AZ 360°; EL 0–90°; polarization 0–270° | Manufacturer spec |
| Acquisition | <120 s first start; <30 s restart | Manufacturer spec |
| Ingress rating | IP66 | Manufacturer spec |
| Outline | 975×785×248 mm | Manufacturer spec |
| Power | 100–240 VAC / 24 VDC; ≤150 W | Manufacturer spec |
Ordering & Delivery — What to Know Before You Buy
MOQ, lead time, payment terms, customization scope and export-licensing documentation are confirmed per quotation — send your mission profile, target quantity and destination port with the RFQ. Standard flow below:
RFQ → engineering proposal with mission math → production and factory testing → licensed export via major Chinese ports with end-user documentation. Training and spare-parts programs available.
Compliance & Licensed Export
Not subject to US ITAR — this product is exported from China under applicable regulations with valid export licenses, the same compliance posture across every Benelabo product line.
- Licensed export with end-user documentation on every shipment
- Buyers screened as part of every quotation; an export compliance statement accompanies each quotation
- Government and agency products are supplied only to authorized organizations
- Every published figure on this page is labeled manufacturer-spec or bench-tested
FAQ
Will it drain my vehicle?
No — peak power is ≤150 W, within a standard vehicle electrical system (manufacturer specification).
Does it work at highway speed?
Yes — that is its design case: ≤0.3° tracking accuracy with 360° azimuth coverage while moving.
How invasive is the install?
One radome, one interface to network and power — designed for fast installation and vehicle swapping.