Who Should (and Shouldn’t) Buy OKRADI (G36/G86)? A Candid Guide
- Buy OKRADI if you need fast push-to-talk coordination across buildings, vehicles, or multiple sites where cellular coverage exists.
- Don’t buy OKRADI if your work is frequently in zero-coverage environments (deep wilderness, caves, offshore, mines).
- Choose G36 (primary) for heavier, daily operational use. Choose G86 (more affordable) if budget is the priority.
- Non-negotiable: LTE/PoC depends on usable cellular signal. No signal = no comms.
In this guide
What OKRADI is (and isn’t)
OKRADI is an LTE/PoC push-to-talk radio. It transmits voice over cellular data networks, which means it can coordinate teams across long distances — but only where cellular coverage exists.
If you want the plain-English definition of what “nationwide” really means, start here: Nationwide walkie talkie explained (what it really means).
Who should buy OKRADI (best-fit scenarios)
You should consider OKRADI if missed communication costs you real money (delays, mis-picks, slow response, safety exposure) and your operating environment generally has usable cellular signal.
If you’re buying because “RF range keeps failing,” read this first: Walkie talkie range problem: why fleets switch from RF to LTE.
Who should NOT buy OKRADI (hard no)
Here are the situations where OKRADI is the wrong answer — even if you like the idea of “nationwide.”
- Frequent zero-coverage zones: deep wilderness, offshore, caves, mines, remote valleys with no usable signal.
- Life-critical comms with no redundancy: if a dead zone equals unacceptable risk, you need a system designed for that scenario.
- Indoor environments with heavy shielding: basements, stairwells, elevators, steel factories—unless you test and confirm usable coverage.
Use the FCC National Broadband Map for a baseline, then test the real danger zones (basements, stairwells, elevators, steel rooms). Maps don’t see your stairwell.
For the detailed test plan and indoor failure zones, use: LTE radio coverage guide: indoors, basements & rural areas.
G36 vs G86: which one fits
Both are LTE/PoC push-to-talk radios. The decision is not “which has more miles.” It’s about how hard you use it and what your budget tolerance is.
| Decision factor | Pick G36 (Primary) | Pick G86 (More affordable) |
|---|---|---|
| Usage intensity | Daily operational use / dispatch-heavy | Light-to-medium use / budget-first |
| Buyer mindset | “I want the main workhorse.” | “I want the lower-cost entry point.” |
| What matters most | Consistency and operational confidence | Lower upfront spend (final price on product page) |
| What does NOT change | Both require usable cellular coverage. No signal = no comms. | |
30-second checklist before you buy
- Do we have usable coverage where we work? Especially basements, stairwells, elevators, steel warehouses.
- Do we need multi-site talk groups? If yes, LTE/PoC usually simplifies operations.
- Do we want ownership? If yes, understand buy vs rent here: Buy vs rent PoC radios: why ownership beats monthly fees.
- Are we comparing alternatives fairly? If not, read: Nationwide PTT radio alternatives (what to compare).
Ready to choose?
OKRADI is a one-time purchase with no monthly or annual fees. Works where cellular coverage exists.
One-time purchase. No recurring fees. Coverage depends on cellular signal. Final pricing shown on product pages.FAQ
Does OKRADI work with no cell signal?
No. OKRADI is an LTE/PoC radio. If there’s no usable cellular coverage, it cannot transmit voice.
Is OKRADI better than GMRS/CB for everyone?
Not for everyone. LTE/PoC is excellent for multi-site and city-wide coordination where coverage exists. RF systems can be better for controlled sites with repeaters, or for areas with frequent zero coverage.
Will OKRADI work in basements or elevators?
Sometimes, but those are common failure zones. Use a baseline coverage map, then test the exact basement/elevator areas you depend on. Don’t assume.
Which should I buy: G36 or G86?
Choose G36 if you want the primary workhorse for daily operations. Choose G86 if budget is the priority and usage is lighter. Both still require usable cellular coverage.
Disclaimer: LTE/PoC performance depends on usable cellular coverage and local signal conditions. This guide is for practical fit and decision-making, not a guarantee of coverage in every building.