Features
- 【Importance of Radon Measurement】Radon is the second cause of lung cancer, accurate detection of your surroundings environment daily is essential because radon levels fluctuate daily. LifeBasis radon detector helps you get the long-term test radon value and protects your and family's health.
- 【High Precision】: LifeBasis Radon Detector utilizes a high-precision semiconductor sensor to reflect radon levels accurately, with detection range of 0.09-1000 pCi/L (3.3 Bq/m³ - 37k Bq/m³). First Reading displays after 6 hours, then Radon Level Reading Updates Every Hour. It supports to check the readings in the latest 24h, 48h, 72h, 96h, and Accumulated Peak Value and AVG Value.
- 【Long-term Historical Data Storage】: Long-term monitoring is necessary as radon levels fluctuate daily. LifeBasis Radon detector provides the function of viewing radon concentration historical records. Its single record can view the data overview of up to 504 days. One data is saved every 6 hours, and there are up to 10 sets of detection records.
- 【Dual Alarm Modes】: Color-coded bars alarm & Sound Alerts, indicates radon gas levels. Color-coded bars will be oranged or red, and buzzer alarms when radon gas reaches hazardours levels. Thus, you can timely take actions to safeguard your family's health. Note: The alert threshold can be adjusted according to your local security requirements.
- 【Rechargeable & Portable Radon Monitor】: Built-in big battery and come with type-C charge cable, a full charge needs 3.5 hours. Battery life up to 45 days with screen off. Compact and lightweight design is ideal for varying usage needs, such as kitchen, bedroom, livingroom, basement, garage, offices, schools, hotels.
- 【User-friendly Radon Tester】: Equipped with a color TFT 2.0 screen and a graphical UI interface for simpler and more convenient operation, clear readings. It allows to customize your Measurement units(pCi/L or Bq/m³), Alarm threshold, Screen sleeping time according to the instructions.
Specifications
Color | Silver Black |
Unit Count | 1 |
Related Tools
Portable radon detector with a 2.0-inch TFT color display and a high-precision semiconductor sensor that measures radon from 0.09–1000 pCi/L (3.3–37,000 Bq/m³), providing a first reading after 6 hours and hourly updates thereafter. It stores historical data (one sample every 6 hours for up to 504 days, up to 10 record sets), offers adjustable color-coded visual and audible alarms, selectable units (pCi/L or Bq/m³), and is rechargeable via USB‑C with up to 45 days battery life with the screen off.
LifeBasis Radon Detector with TFT Color Display, Portable Radon Monitor for Home Rechargeable Radon Tester Long Data Storage with Visual and Audible Alarm First Data Display in 6 Hours pCi/L or Bq/m³ Review
Why I brought a radon monitor home
Radon is one of those indoor risks you don’t notice until you look for it. I wanted something simple I could set up once and let it run, building a true picture over time rather than a one‑off snapshot. The LifeBasis radon monitor checked the right boxes: small, rechargeable, easy to read, and designed for long‑term tracking with alarms I could tailor to my local guidelines.
After several weeks moving it between a basement, a ground‑floor living space, and a bedroom, I’ve come away impressed by how approachable it makes long‑term radon monitoring—and where it still leaves room to improve.
Setup and design
Out of the box, the RM‑62 is compact and light, with a 2.0‑inch TFT color display that’s crisp at arm’s length. It charges over USB‑C (a welcome upgrade from battery‑swapping meters) and was ready to go in a few hours. Setup took me a couple of minutes:
- Choose units (pCi/L or Bq/m³).
- Set an alarm threshold that matches your local guidance (I used 4.0 pCi/L for EPA and tested 2.7 pCi/L to align with WHO).
- Pick a screen sleep time to stretch battery life if you don’t need the display on constantly.
There’s no app or Wi‑Fi pairing to wrangle. It’s a standalone monitor you place, let settle, and check periodically.
The display and everyday UX
The display is bright, with a large primary number and a color bar that changes as levels rise (green/orange/red). The UI is straightforward if a bit utilitarian: directional buttons to scroll through averages for the last 24/48/72/96 hours, plus the accumulated average and peak. The main quirk is that the biggest number on screen is the most recent hourly reading, which can bounce around. The more meaningful data—the running averages and peak—is one tap away, but I’d prefer an option to make an average the primary readout.
That said, once you get used to the layout, finding what you need is simple. The color‑coded bar is a nice at‑a‑glance cue for family members who aren’t watching the numbers closely.
Measurement behavior and performance
The LifeBasis unit uses a high‑precision semiconductor sensor and reports across a very wide range: 0.09–1000 pCi/L (3.3–37,000 Bq/m³). The first reading appears after six hours, then updates hourly. That six‑hour “first number” is a sensible compromise—it gives you an early indicator without pretending it’s definitive. As with any radon monitor, the value of the device is in trends and averages.
Across my spaces, patterns looked realistic: calmer readings in the living room with windows closed, more variability in the basement with a seldom‑used exterior door. Hourly values could swing meaningfully within a day, and the multi‑day averages smoothed that to something decision‑ready. The peak value readout helped me spot when conditions were worst—useful for diagnosing whether ventilation, weather, or occupancy changes might be driving spikes.
No consumer monitor is a lab instrument, but the RM‑62 behaved consistently, responded to environmental changes in line with expectations, and didn’t produce any obvious anomalies or dropouts. It earned my trust over time, which is what I want from a long‑term monitor.
Alarms you can actually live with
Two alarm types are built in:
- Visual: the color bar shifts to orange or red as thresholds are crossed.
- Audible: a buzzer that can be toggled and configured with your own threshold.
I set the audible alert at 4.0 pCi/L to mirror the EPA “action level,” then tried a more conservative 2.7 pCi/L. The buzzer is noticeable without being jarring, and the color change provides a passive reminder if you prefer quiet monitoring. Being able to match alarm thresholds to local guidance is a meaningful plus; not every monitor lets you tweak this.
Long‑term logging worth keeping
Radon fluctuates daily and seasonally, so history matters. The RM‑62 saves one sample every six hours and can hold up to 10 “record sets,” with each set covering up to 504 days. Practically, that means you can:
- Track a single location for more than a year without clearing memory.
- Move the monitor between rooms, start a new record set, and preserve histories separately.
- Compare “before” and “after” a mitigation change without mixing data.
The six‑hour logging interval is a sensible balance of granularity and battery/storage constraints. I would love a way to export the data to a phone or spreadsheet, but this is a purely offline device. If you’re comfortable scrolling on‑device to review trends and peaks, the implementation works well.
Battery and power
LifeBasis claims up to 45 days of battery life with the screen off. In my use—with the screen on a short sleep timer and regular spot‑checks—I got multiple weeks between charges. For fixed locations, leaving it plugged in via USB‑C is an easy “set it and forget it” option. A full charge takes about 3.5 hours, and I had no issues with power stability.
Where it shines
- Easy, credible long‑term monitoring: The six‑hour first reading and hourly updates strike the right rhythm for real‑world use. It encourages you to focus on averages rather than chasing hourly swings.
- Clear, readable display: The color screen and clean typography make the data approachable for non‑technical users.
- Adjustable alarms: Set thresholds that align with EPA, WHO, or local guidance, and choose whether you want audible alerts.
- Serious history: Up to 504 days per record set and 10 sets total let you document seasons, rooms, and mitigation changes without wiping data.
- Rechargeable and portable: USB‑C, long battery life, and a compact footprint make it easy to place anywhere—basements, bedrooms, or offices.
What I’d like to see improved
- Prioritize averages on the main screen: The most prominent number is the last hourly reading, which can be misleading if you don’t dig for the averages. An option to make the 24‑ or 48‑hour average primary would reduce anxiety and improve decision‑making.
- Data export or app support: Offline simplicity is a plus, but a basic export (USB mass storage or a QR code with a week of data) would make sharing and archiving easier for homeowners, landlords, and schools.
- Finer history granularity: Six‑hour intervals are reasonable; still, a user‑selectable option (e.g., 3 hours) could help when diagnosing short‑term spikes without overwhelming storage.
None of these are deal‑breakers; they’re quality‑of‑life upgrades that would move the device from very good to excellent.
Practical tips for better readings
- Give it time: Treat the first six‑hour value as a “heads up,” not a conclusion. Let the monitor run at least a week before making decisions.
- Place it well: Set it 2–7 feet above the floor, away from drafts, vents, windows, and exterior doors. Keep it out of direct sunlight.
- Mind the season: Radon often runs higher in colder months with closed‑house conditions. If you test in summer, plan a winter check.
- Use the peak and averages together: Peaks reveal worst‑case conditions; averages tell you what you live with most of the time.
- Set alarms thoughtfully: Consider 4.0 pCi/L (EPA) or 2.7 pCi/L (WHO) depending on your risk tolerance and local guidance.
- Document changes: If you adjust ventilation or start mitigation, open a new record set to keep “before” and “after” cleanly separated.
The bottom line
The LifeBasis radon monitor delivers what a home radon tool should: trustworthy long‑term tracking, a readable display, flexible alarms, and battery‑friendly portability. It avoids the friction of lab kits and the maintenance burden of disposable batteries, and it gives you enough history to make informed choices rather than reacting to a single scary number.
I’d like to see the averages front and center and some kind of data export, but those are refinements, not red flags. If you want an approachable, self‑contained way to monitor radon across rooms and seasons without fuss, I recommend the RM‑62. It strikes a smart balance between simplicity and the depth of information you need to protect your household.
Project Ideas
Business
Short-term Test Rental Service
Rent the portable detectors to homeowners and realtors for 3–14 day tests (typical consumer testing windows). Include emailed PDF reports that summarize hourly updates, 6‑hour samples, peak/average values and recommended next steps. Charge per rental plus optional expedited shipping and data-interpretation add-ons.
Real Estate & Pre-Sale Inspection Add-on
Offer radon testing as a bolt-on service for home inspections and real estate transactions. Use the device's quick first reading (6 hours) and hourly updates to provide reliable short-term data. Provide branded reports and certification of readings that can be included in seller disclosures or buyer negotiations.
Subscription Indoor Air Monitoring
Create a monthly subscription: provide the detector on loan or sell low-cost units with a recurring fee for cloud backup, automated alerts, and quarterly analysis reports. Services can include calibration reminders, replacement devices, and priority support. Target markets: landlords, property managers, small hotels, and daycare centers.
HVAC & Radon Mitigation Partnership
Partner with HVAC contractors and radon mitigation specialists to use the detector as a diagnostic and verification tool. Offer packaged services: pre-mitigation diagnostics, real-time monitoring during work, and post-mitigation verification reports. Position this as quality assurance for installers and a value-add to customers.
Data-driven Public Health & Consulting
Collect anonymized, opt-in radon datasets from multiple devices to build neighborhood- or building-level risk assessments. Sell dashboards, technical reports and mitigation roadmaps to schools, municipalities, and large landlords. Use historical storage capabilities to demonstrate seasonal trends and support funding/grant applications for remediation.
Creative
Mini Radon Discovery Kit for Kids
Turn the detector into an educational STEM kit: package it with a simple workbook, floor-plan stickers, and an activity sheet that teaches what radon is, how to record readings, and how levels change with time. Kids can place the detector in different rooms, log the hourly updates and 6‑hour samples, then plot results on paper graphs or a poster. Great for school science fairs and homeschool projects.
Radon Mood Lamp & Data Display
Create an ambient lamp that mirrors radon levels: mount the detector in a decorative housing and wire an LED ring to show color-coded levels (green/orange/red). Use the TFT screen to show short-term averages or peak values. This becomes a functional art piece for basements or living rooms — an attractive visual reminder to ventilate when levels climb.
Home Radon Mapping Project
Do a systematic room-by-room radon survey and produce a printable heatmap of your home. Use the device's long-term storage to compare readings (24h/48h/72h) across seasons. Document placement, time-of-day, and mitigation steps (open windows, run fans) to create a living manual for lowering exposure in specific locations.
Seasonal Ventilation Experiments
Use the detector to run controlled experiments on how ventilation strategies affect radon: test combinations like window ajar, bathroom fan, air exchanger, or door configurations and record hourly changes. Compile the historical records into before/after case studies and share as posters or blog posts demonstrating practical, low-cost mitigation tips.
Community Radon Story Map
Organize a neighborhood 'radon walk' where volunteers take the portable detector to homes, schools and parks to collect short-term readings. Aggregate anonymized data into a community map and pair it with photos and narratives about home improvements. Display results in a local exhibit or online gallery to raise awareness and spark local action.