Philips FRx Aviation Battery (TSO C-142)
The Philips FRx Aviation Battery (TSO C-142) is a replacement power source designed to maintain AED operational readiness. Proper battery replacement is essential for ensuring your device can respond when.
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Verified 2026 authorized US distributor pricing. Bundle pricing often 8-12% lower.
Both authorized US distributors. Full manufacturer warranty. Authentic pads + batteries.
Technical Specifications.
- 🎯 The Editorial Verdict
The Philips FRx Aviation Battery (TSO C-142) is a replacement power source designed to maintain AED operational readiness. Proper battery replacement is essential for ensuring your device can respond when needed.
Compatible AED Models
Verify compatibility with your specific AED model before ordering.
Replacement Timing
Replace when the device indicates low battery or when the manufacturer’s recommended interval has been reached.
Storage
Store in original packaging at room temperature away from extreme heat or cold.
Key Features
- Reliable power for emergency readiness
- Check compatibility before ordering
- Device monitors battery status automatically
The Philips FRx Aviation Battery is FAA TSO C-142 certified for commercial aircraft installations. Different from the standard M5070A: this battery has been tested and certified to meet aviation environmental, vibration, and emergency-operation requirements. Required for FAA-compliant aircraft AED programs on Part 121 commercial flights. Authorized Philips inventory from U.S. distributors only.
What We Like
What We Don't
Who Should Buy the Philips FRx Aviation Battery (TSO C-142) ?
⚡ Plan Your FRx Deployment
Coverage, cost, and compliance— three tools, 10 minutes total.
Step 1
Quantity Calculator
How many FRx units does your facility need? Building type, sq ft, floor count. AHA 3-minute standard.
Step 2
Cost Calculator
True 5-year FRx program cost. Device + pads + battery + cabinet + inspection + training + registration.
Step 3
State AED Laws
Is FRx required in your state? 43+ states mandate school AEDs. 32+ mandate gym AEDs. Get the specific rule.
- ⚖️ Head-to-Head
Compare side-by-side.
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Philips FRx vs Philips OnSite
Same brand, different tier. Is the FRx worth the $415 upgrade over the OnSite? Depends on children.
- Also Consider
Related FDA-cleared AEDs.
- Common Questions
Frequently asked questions.
What is TSO-C142?
TSO-C142 is the FAA Technical Standard Order that defines airworthiness requirements for AEDs and their batteries installed on commercial aircraft. The Philips FRx Aviation Battery carries TSO-C142 certification, making it the only Philips battery approved for in-flight use under 14 CFR 121.803. The standard verifies battery performance under flight conditions including pressure changes, vibration, and emergency-decompression scenarios. For airlines, TSO-C142 is mandatory; for ground-based facilities, it’s unnecessary and adds cost.
Can I use a standard M5070A in an aviation FRx?
No — standard M5070A is NOT FAA-compliant for aviation installations. Using it in an aviation-configured FRx puts the airline out of compliance with 14 CFR 121.803 and creates legal exposure during FAA audits. For aviation use, only the TSO-C142 certified Aviation Battery is approved. The cost difference (~$295 vs $189) is small compared to the regulatory consequences of non-compliance. Airlines should procure exclusively through authorized aviation-medical-equipment distributors who confirm TSO certification on every battery shipment.
- Verification & Sources
Every FRx spec traces to a primary source.
FDA 510(k) K043002
Philips HeartStart FRx clearance verification
Philips Healthcare
Official product documentation + specifications
AED Leader
Current 2026 US retail pricing reference
American Heart Association
CPR + AED placement guidelines
American Red Cross
Pediatric AED guidance (under 8 / 55 lbs)
AEDBB Methodology
Full editorial framework · 4 primary sources · monthly verified