Email: info@xtar.cc New Arrivals→
Application
Trail Camera Battery Solutions for Reliable Field Deployments
Stable, low-temperature, high-capacity power engineered for wildlife trail cameras, cellular 4G monitoring setups, and large-scale outdoor fleets.
✓
1.5V Constant Voltage
Output
✓
Low-Battery Warning Tech
(CLR 4300)
✓
Proven at
-30°C / -40°C
✓
OEM & Private Label ·
MOQ 200pcs
Choose a Power Solution by Deployment Scenario
Different field environments require tailored power strategies. Find your deployment scenario below.
1
Standard Trail Cameras
Photo & short video traps
Frequent battery swaps and high long-term maintenance costs.
XTAR AA 4150mWh 1.5V Lithium
Ultra-high capacity; up to 1,200 recharge cycles for the lowest TCO.
See the full battery guide →
2
4G / Cellular Trail Cameras
GardePro, Spypoint, Browning Defender...
High-current transmission bursts causing voltage sag, sudden shutdowns, or missed low-battery alerts.
XTAR AA CLR 4300 (Smart Step-Down Warning)
1.5V constant voltage + smooth step-down that triggers the camera's low-battery notification.
Why cellular cameras drain batteries fast →
3
Extreme Cold Environments
-20°C to -40°C winter deployments
Alkaline freezes; NiMH loses 60–80% capacity in sub-zero temperatures.
XTAR AA 4150 / Ultra3500D Primary Lithium
Field-proven: 1,182 thirty-second videos recorded at -35°C.
Winter deployment guide →
4
Multi-Camera Fleets & Agencies
Parks, forestry, research teams
Charging logistics and battery rotation across dozens of cameras.
XTAR L8 Charging Ecosystem
8-slot fast charging for mixed AA/AAA 1.5V Li-ion & NiMH — simplifies fleet rotation.
View the L8 charger →
5
Camera OEMs & Manufacturers
Hardware integration
Unstable third-party power causing crashes or inaccurate battery gauges.
Custom OEM Battery & Charger Solutions
Custom discharge curves, BMS tuning, private label, global certifications.
Explore OEM/ODM services →The 3 Biggest Power Challenges in Outdoor Monitoring — and How XTAR Solves Them
1
Voltage Drop & Image Degradation
As alkaline and NiMH batteries discharge, voltage gradually declines — battery indicators become inaccurate, IR flash output drops, and cameras may shut down before full capacity is used. XTAR 1.5V lithium holds a regulated 1.5V output through most of the discharge cycle: stable image quality, reliable night vision, consistent trigger response.
2
Cellular Transmission & Voltage Drop
Cellular trail cameras draw high current spikes during 4G/LTE uploads. Sagging alkaline or 1.2V NiMH batteries can dip below the operating threshold mid-transmission, causing failed uploads or premature shutdown. XTAR 1.5V lithium stays stable under high-drain bursts.
Why cellular trail cameras drain batteries faster →
3
Extreme Cold Weather Failure
XTAR 1.5V AA lithium operates from -20°C to +60°C, with field reports of 1,186 thirty-second videos at ≈-30°C and 1,182 videos supported in -35°C testing. For -40°C missions, non-rechargeable Ultra3500D retains 90% capacity at -30°C.
Winter deployment guide →How XTAR Solves the "Sudden Shutdown" Dilemma in Cellular Trail Cameras
Most 1.5V lithium-ion AA batteries have completely flat discharge curves: devices cannot detect low voltage, leading to sudden power loss in the field — often before any low-battery alert is sent.
Ordinary 1.5V lithium:
holds 1.5V until the BMS cuts off instantly at 0% →
the camera dies without sending a low-battery notification →
missed records and dead devices discovered weeks later.
XTAR AA CLR 4300:
1.5V constant voltage for the first ~70% of runtime →
smart BMS steps output down smoothly for the final ~30% →
the camera's gauge triggers a low-battery app notification →
crews replace batteries on schedule.
Proven in the Field: Real-World Trail Camera Test Database
Real-world validation matters more than laboratory claims. Our solutions are field-tested and verified compatible with Stealth Cam, Browning, GardePro, Spypoint, Victure, Coolepro, and Izeeker cameras.
| Camera Model | Battery Model | Setting Conditions | Battery Life | Number of Shots |
|---|---|---|---|---|
| Stealth Cam GMAX32 | 8 x AA 4150 | Take photos | 6 months (2024.9–2025.2) | 9,799 photos |
| Browning HP5 | 8 x AA 4150 | Take videos | 2 months | 1,000 videos |
| GardePro 4G (Cellular) | 8 x AA 4150 | 2 photo burst + 10 sec video | 2 months | 2,349 photos & 1,549 videos |
| Coolepro | 4 x AA 4150 | Take videos | 2–3 months | 400–500 videos |
| Spypoint Force-48 | 8 x AA CLR 4300 | Take videos | 3–4 months | 256GB videos |
| Victure HC200 | 8 x AA 4150 | Take videos | Remained 2/3 power after 1 month | / |
| Izeeker IG600 | 8 x AA CLR 4300 | Take videos | 3 months + | / |
| Browning Defender 4G | 8 x AA CLR 4300 | Take videos | 2 months | 1,000 videos |
Want to see full test logs and head-to-head comparisons? Read our deep-dive reports:
Technical Comparison: XTAR Li-ion vs. Alkaline vs. NiMH
Real-world comparisons of runtime, voltage stability, image quality, and cold-weather performance.
≈63% More Video Recordings vs. Alkaline
In the same 1-minute video recording test, XTAR delivered 238 videos vs. 146 with Duracell alkaline.
See the full XTAR vs. Duracell test →20% Higher Usable Rate vs. Eneloop Pro
After several weeks of deployment, XTAR AA Li-ion kept 100% power while Eneloop Pro dropped to 65%, then 20%. Photo test: 15,447 vs. 12,865.
See the full XTAR vs. Eneloop test →Stable Image Quality
In reviewer comparisons, XTAR AA Li-ion maintained natural color tone and full clarity; Eneloop Pro NiMH showed visible red distortion from insufficient voltage.
Cold-Weather Performance Verified by Field Reviewers
A Belarusian reviewer tested XTAR AA 4100 at -20°C: 2,063mAh at 0.5A (15% loss); at 2A, 1,650mAh vs. 1,890mAh at room temperature (12% loss).
See the winter battery guide →Total Cost of Ownership (TCO) & ROI Analysis
Many users focus only on purchase price. Professional users focus on lifetime operating cost — including labor, travel, and missed data.
| Battery | Videos per Charge | Price (per charge basis) | Cycle Life | Total Videos (cycle life) | Cost per Video |
|---|---|---|---|---|---|
| XTAR AA CLR 4300 (incl. charger) | 238 | $44 USD | 1,000–1,200 | 238 × 1,000 = 238,000 | ≈0.02 cents |
| Duracell Plus AA (single use) | 146 | $4.4 USD | 1 (disposable) | 146 | ≈2.7 cents |
Hidden Cost: Field Maintenance Visits
For a deployment of 100 cameras × 8 batteries, each replacement cycle consumes 800 single-use batteries — driving labor costs, travel expenses, downtime, and the risk of missed wildlife activity.
Example scenario: if one field visit costs $50 (fuel + labor), reducing visits from 6–8 to 1–2 per year saves roughly $250–$350 per camera site per year — before counting battery purchase savings. Run this with your own field costs.
Detailed competitor benchmark reports:
Recommended Batteries & Charging Ecosystems
Combine high-capacity cells with fast multi-slot chargers for seamless field rotation.
4G / Cellular Trail Cams
AA CLR 4300
- 2700mAh, 1.5V 2A output
- 1,200 cycle life
- Smart step-down low-battery warning
Standard & High-Frequency Traps
AA 4150mWh
- 2500mAh, 1.5V 2A output
- 1,200 cycle life
- Proven: 9,799 photos over 6 months
Extreme Cold (-40°C) Deployments
Ultra3500D Primary Lithium
- 3,500mAh, 1.5V 2.5A output
- Non-rechargeable; 90% capacity at -30°C
- 10-year shelf life
Fleet Charging / Off-Grid Rotation
L8 Smart Charger
- 8-slot independent fast charging
- Mix-charges 1.5V Li-ion & NiMH
- Ideal for multi-camera rotation
Need off-grid solar or USB-C power-bank charging? Browse our full range of AA/AAA chargers . Not sure which chemistry fits your camera system? Read our complete buyer's guide to trail camera batteries .
Wholesale Trail Camera Battery Manufacturer & OEM/ODM Partner
XTAR is more than a battery supplier — we are a battery and charging solution partner. For over two decades, XTAR has helped brands develop customized battery systems for professional outdoor electronics.
OEM & Private Label Services
- Custom battery branding & wrap design
- Customized discharge profiles & application-specific tuning
- Charger logo customization, slot configuration & housing design
- Retail-ready B2B packaging
Manufacturing Capabilities
- 20 years of battery engineering experience
- ISO9001 certified; CE, RoHS, UN38.3, CB
- Automated lines; monthly capacity over 200,000 units
- 100% capacity testing; 0.3% defect rate
Supply & Logistics
- MOQ 200pcs for standard protected finished batteries
- US warehouse support & global shipping
- OEM process: Inquiry → Sample → Testing → Production → 100% QC → Delivery
- Dedicated engineering support & global product insurance
Why brands choose XTAR: consistent battery quality, long-term supply stability, and battery + charger integration expertise.
Frequently Asked Questions
What is the best battery for trail cameras?
It depends on your camera type, climate, and maintenance capacity.
This page covers solutions by deployment scenario. For a detailed
chemistry comparison (alkaline, NiMH, lithium, rechargeable lithium),
see our
Trail Camera Battery Guide
.
Are XTAR batteries compatible with Browning, Spypoint and GardePro cameras?
Yes. XTAR AA 1.5V lithium batteries are standard AA-size and have been
field-tested in Stealth Cam, Browning, GardePro, Spypoint, Victure,
Coolepro, and Izeeker models. See the test database above for real
deployment results.
How does XTAR CLR 4300 solve the "sudden shutdown" problem?
It delivers 1.5V constant voltage for ~90% of runtime, then smoothly
steps voltage down for the final ~10% — triggering the camera's
low-battery notification so you can replace batteries before the camera
goes dark.
Learn more about CLR 4300
.
Can I charge XTAR 1.5V lithium batteries in a standard NiMH charger?
No. 1.5V rechargeable lithium cells contain internal BMS circuitry and
require a dedicated 1.5V Li-ion charger (such as the XTAR L8, MX4, or VX4).
A standard NiMH-only charger will not charge them correctly.
Can XTAR provide OEM or private-label batteries?
Yes. We offer custom discharge profiles, custom branding and packaging,
charger customization, and engineering support for camera brands and
distributors. Contact our team below to discuss your project.
What is the minimum order quantity (MOQ)?
The MOQ for standard protected finished batteries is 200pcs.
Custom OEM projects are quoted individually based on specification.
What certifications can you provide? What's the lead time?
We provide ISO9001, CE, CB, RoHS, UN38.3, MSDS and related certifications.
Lead time depends on order volume and customization level — typically
confirmed within 1–2 business days of inquiry.
Ready to Optimize Your Trail Camera Fleet? Talk to XTAR Engineers
Whether you are a trail camera manufacturer, wildlife monitoring organization, hunting equipment distributor, or outdoor electronics brand — discuss battery selection, runtime optimization, OEM customization, and battery + charger bundles with our team.