Supercapacitor Kit Price: What You Get With the MultiNav Pro+ Power/Program Kit
RFOXiA SuperCapacitor Battery and Programmer Kit
Supercapacitor Kit Price That Finally Makes Sense for Serious Developers
If you've spent any time searching for a professional supercapacitor-based power solution for your wireless development projects, you've probably run into one of two things: cheap hobbyist batteries that die at the worst moment, or industrial supercapacitor systems priced so far out of reach they belong in a utility substation, not a maker's workshop.
The MultiNav Pro+ Power/Program Kit from RFOXiA changes that equation entirely. At $119, this is a supercapacitor kit price point that puts serious, professional-grade power technology in the hands of drone builders, IoT engineers, field researchers, and embedded developers — without the five-figure invoice that usually comes with supercapacitor engineering.
But price alone doesn't tell the full story. Let's break down exactly what you're getting, why supercapacitor technology matters for your projects, and whether this kit is the right fit for your workflow.
What Is the MultiNav Pro+ Power/Program Kit?
The MultiNav Pro+ Power/Program Kit is a dual-purpose hardware solution designed specifically as a companion to the RFOXiA MultiNav Pro+ ecosystem. It solves two of the most painful problems in field development and deployment: power reliability and firmware programming access.
Instead of reaching for a LiPo battery that takes hours to charge, degrades over cycles, and can swell or fail in the field, the Power/Program Kit uses a supercapacitor-based energy storage system. And instead of hunting for a separate STLink programmer and compatible cables, this kit bundles everything you need to flash and debug your BLE module in one package.
This is not a power bank with a USB port. This is an engineered power and programming platform built for the MultiNav Pro+ module stack.
The Core Technology: 1100F Supercapacitor System
The centerpiece of this kit is an 1100 Farad supercapacitor system storing 8800 Joules of energy. If those numbers don't immediately translate for you, here's what they mean in practice:
- 8800 Joules is enough energy to power the entire MultiNav Pro+ module stack — BLE Module, GNSS Module, and Sensors Module together — for a full working day.
- The supercapacitor charges from empty to full in under 5 minutes using the included high-power 12V 5A adapter (charging at 4V 10A into the supercapacitor).
- Unlike lithium batteries, supercapacitors do not degrade meaningfully over charge cycles. You can charge this system hundreds of thousands of times without capacity loss.
This combination — long runtime, ultra-fast charge, and effectively unlimited cycle life — is what separates supercapacitor technology from every battery-based alternative on the market.
For field researchers who deploy sensors in remote locations, for drone builders who can't afford downtime between flights, and for developers who need to iterate rapidly without waiting for a battery to recover, the 5-minute charge time alone is transformative.
High-Power Charging Adapter Included
The kit ships with the 12V 5A charging adapter required to deliver the fast-charge performance the supercapacitor system is designed for. This isn't an afterthought — delivering 10 amps into the supercapacitor at the correct voltage requires a purpose-matched adapter, and RFOXiA includes it in the box.
The implication is straightforward: you don't need to source a compatible charger separately, calculate current limits, or worry about damaging the supercapacitor with an undersized adapter. The complete charging solution is in the box, and the charging time guarantee — under 5 minutes — is achievable with the included hardware right out of the box.
Powers the Entire MultiNav Pro+ Module Stack
One of the most important things to understand about this kit's power output is that it's not sized just for the BLE module. It's sized for the complete MultiNav Pro+ ecosystem.
That means you can run all of the following simultaneously, for a full day, on a single 5-minute charge:
- MultiNav Pro+ BLE Module — the long-range Bluetooth module with up to 20km man-to-drone range
- GNSS Module — the 18Hz precision GPS module for real-time location tracking
- Sensors Module — the 7-sensor environmental monitoring board (temperature, humidity, pressure, air quality, accelerometer, gyroscope, magnetometer)
If you're building a complete wireless node — one that streams environmental data, tracks its own GPS location, and communicates over long-range BLE — the Power/Program Kit keeps that entire stack running without interruption.
For anyone contributing to the RFOXiA data network — where your sensor node earns daily rewards for streaming verified environmental data — this means your node runs through a complete data session on a single morning charge. No battery swaps. No interruptions. No lost reward earnings because your power died at 3pm.
Integrated STLink Programmer
The second major component of this kit is the integrated STLink programmer, designed specifically for programming and debugging the MultiNav Pro+ BLE Module.
The MultiNav Pro+ BLE Module runs on the STM32WB07 microcontroller. Flashing custom firmware, pushing over-the-air updates, and running debug sessions all require an STLink interface. Rather than purchasing this separately and cobbling together a compatible setup, the Power/Program Kit includes the STLink programmer natively.
This matters especially if you're using the RFOXiA AI Firmware Builder — the platform integrated into RFOXiA Club that lets you describe your application in plain language and receive production-ready firmware in return. Once your AI-generated firmware is ready, you need a way to flash it. The Power/Program Kit is that way.
For developers who want to dig into the open-source firmware repository at GitHub and customize their own builds, having a dedicated STLink programmer integrated with the power system means one fewer device to juggle during development sessions.
Complete Connectivity: Everything Included
This is worth saying explicitly because it's often the hidden cost that makes a kit feel incomplete: all necessary cables are included.
The kit ships with flat ribbon cables for:
- Connecting the BLE Module to the Power/Program Kit
- Connecting the STLink programmer to the BLE Module
No hunting for compatible connectors. No ordering ribbon cables separately and waiting another week. You open the box, connect the cables, and your system is running.
For field deployments where you can't afford to realize mid-setup that you're missing a cable, this completeness is not a minor convenience — it's a reliability guarantee.
Supercapacitor Kit Price Breakdown: What $119 Buys You
Let's be specific about the supercapacitor kit price and what it includes:
What's in the box:
- 1100F supercapacitor energy storage system (8800 Joules, 24-hour runtime for full module stack)
- 12V 5A high-power charging adapter (charges in under 5 minutes)
- Integrated STLink programmer for STM32WB07
- Flat ribbon cables for BLE Module connection
- Flat ribbon cables for STLink programmer connection
Total price: $119
To put that supercapacitor kit price in context:
- A standalone supercapacitor module of comparable capacity from an industrial supplier typically runs $80-200 for the capacitor alone — without a charger, without integrated power management, and without the STLink programmer.
- Professional STLink V3 programmers retail for $25-35 separately.
- Compatible flat ribbon cables for embedded development are typically sold in packs for $8-15.
At $119, the RFOXiA SuperCapacitor Battery and Programmer Kit bundles all of these into a single, integrated, tested solution purpose-built for the MultiNav Pro+ ecosystem.
Who Should Buy the MultiNav Pro+ Power/Program Kit?
Drone Builders and FPV Pilots
If you're integrating the MultiNav Pro+ BLE Module into a drone build for long-range control or telemetry, the Power/Program Kit gives you a ground station power solution that charges between flights and keeps your development hardware running through full test sessions.
Field Researchers and Environmental Monitors
Deploying sensor nodes outdoors — whether for agricultural monitoring, climate research, or smart city data collection — means you need power that lasts a full day and charges fast when you retrieve and redeploy. The supercapacitor system's 24-hour runtime and 5-minute charge time are designed precisely for this use case.
IoT Developers Iterating Rapidly
If you're in active firmware development, the integrated STLink programmer combined with reliable power means you can flash, test, modify, and reflash without breaking your development flow. No waiting for batteries. No separate programmer to manage.
RFOXiA Data Network Contributors
If you're running a sensor node to earn daily data network rewards, consistent uptime is directly tied to your earnings. The Power/Program Kit's all-day runtime on a single charge maximizes your node's active hours and your reward accumulation.
Robotics Engineers
Anyone integrating the MultiNav Pro+ BLE Module for robot-to-operator or robot-to-robot communication needs reliable, long-duration power for development and field testing. The supercapacitor system handles both.
How the Power/Program Kit Fits Into the RFOXiA Ecosystem
RFOXiA is built as a vertically integrated ecosystem. Every product is designed to work with every other product, and the Power/Program Kit is the infrastructure layer that makes extended field deployment possible.
Here's how it connects to the broader system:
- Hardware Layer — BLE Module, GNSS Module, Sensors Module, Power/Program Kit all connect via ribbon cables
- Firmware Layer — Use the AI Firmware Builder in RFOXiA Club to generate custom firmware, flash it via the integrated STLink programmer
- Application Layer — Pair the powered, programmed module stack with the RFOXiA Connect app for live control and monitoring
- Data Layer — Stream verified sensor data to the RFOXiA data network and earn daily rewards — the Power/Program Kit keeps your node running through full data sessions
The Developer Bundle — which includes the BLE Module, GNSS Module, Sensors Module, and Power/Program Kit together — is the fastest way to get the complete ecosystem in one order. But the Power/Program Kit is also available standalone for developers who already have the modules and need to upgrade their power and programming setup.
Supercapacitor Technology vs. Lithium Batteries: Why It Matters
The choice to use supercapacitor technology instead of lithium chemistry is a deliberate engineering decision with real-world consequences for your projects.
Charge time: Lithium batteries for similar energy storage take 60-180 minutes to charge. The supercapacitor system charges in under 5 minutes.
Cycle life: Lithium batteries typically last 300-500 charge cycles before meaningful degradation. Supercapacitors are rated for hundreds of thousands of cycles — effectively the lifetime of your project.
Temperature performance: Lithium batteries perform poorly in cold environments and have thermal runaway risks. Supercapacitors perform reliably across a wide temperature range.
Safety: Supercapacitors do not have the swelling, venting, or fire risk associated with lithium chemistry. This matters for field deployment, shipping, and storage.
Runtime: At 8800 Joules powering the full MultiNav Pro+ module stack, the supercapacitor system delivers a full working day of operation — comparable to a high-capacity lithium pack, without the charge time or cycle life compromises.
For professional applications where reliability is not optional, supercapacitor technology offers a fundamentally different — and in many ways superior — engineering approach.
Getting Started With the Power/Program Kit
Getting up and running with the MultiNav Pro+ Power/Program Kit is straightforward:
- Connect — Use the included flat ribbon cables to connect the BLE Module to the Power/Program Kit
- Charge — Plug in the 12V 5A adapter and charge the supercapacitor system in under 5 minutes
- Program — Connect the STLink programmer ribbon cable to your BLE Module and flash your firmware from the RFOXiA AI Firmware Builder or from the open-source GitHub repository
- Deploy — Your module stack is powered, programmed, and ready for a full day of operation
For developers who are new to the ecosystem, signing up for RFOXiA Club gives you access to the AI Firmware Builder, full documentation, the developer community, and $10 in welcome credits toward your first hardware purchase.
Final Verdict: Is the Supercapacitor Kit Price Justified?
At $119, the MultiNav Pro+ Power/Program Kit is priced at a point that would be remarkable for just the supercapacitor energy system alone. The addition of the integrated STLink programmer, the high-power charging adapter, and all necessary cables makes this supercapacitor kit price one of the most compelling value propositions in professional embedded development hardware.
There is no comparable product — a supercapacitor-based power system with this capacity, this charge speed, and an integrated programmer specifically for the STM32WB07 — available at anywhere near this price from any other supplier.
If you're building with the MultiNav Pro+ ecosystem, the Power/Program Kit is not optional equipment. It's the foundation that makes everything else work reliably in the field.
Ready to power your build properly? Explore the RFOXiA SuperCapacitor Battery and Programmer Kit and get your complete power and programming solution for $119.
Specifications at a Glance
| Feature | Specification |
|---|---|
| Supercapacitor Capacity | 1100F |
| Energy Storage | 8800 Joules |
| Runtime (Full Module Stack) | 24 hours |
| Charge Time | < 5 minutes |
| Charging Adapter | 12V 5A |
| Charge Input to Supercapacitor | 4V 10A |
| Programmer Interface | STLink (STM32WB07 compatible) |
| Cables Included | Flat ribbon cables (power + programmer) |
| FCC Certified | Yes |
| Price | $119 |
The MultiNav Pro+ Power/Program Kit ships from RFOXiA's Delaware, USA headquarters. FCC certified. Compatible with the full MultiNav Pro+ module ecosystem including BLE Module, GNSS Module, and Sensors Module.
Written by: Moamen Mohamed LinkedIn