Farm Security Guide: Solar Camera Solutions for Southeast Asia [2026]

Last updated: 3 September 2026 · SolaGuard technical team

TL;DR: Farms are the hardest security site there is — no grid power, no WiFi, kilometres of boundary, and assets that move. The answer is not more cameras. It is fewer cameras placed on chokepoints, sized with real pixel-density and power maths. A 2MP wide-angle camera detects a person to about 30 m and recognises a face inside about 6 m, so you cover the gate, the shed, the pump, the ramp and the track — 2-3 cameras on a hectare, 6-8 on a 20 ha plantation, 8-14 on a working ranch. Size the panel for the monsoon, not the dry season: 8W/8000mAh models suit clear-sky sites and event recording, 15W/20000mAh models suit wet regions and continuous recording. Budget 2-5 GB of mobile data per camera per month, and treat the 128 GB card as a 5-14 day rolling buffer, not an archive.

Why farm security is a different engineering problem

Almost every CCTV product on the market was designed for a building. A building has mains power at every corner, a WiFi router in the middle, a locked door as the only entrance, and a security guard or an owner within a hundred metres. Farmland has none of that. Running armoured cable and conduit out to a boundary gate 400 m from the farmhouse routinely costs more than every camera on the property put together — and it still fails the first time a tractor or a buffalo catches the run.

That is why solar 4G LTE has become the default for agricultural sites across Vietnam, Thailand, Indonesia, the Philippines, Mexico, Colombia, Paraguay and Argentina. A solar 4G camera is a complete site in one housing: panel, battery, sensor, AI processor and a cellular modem with its own SIM. It needs daylight and mobile signal, nothing else. Mount the bracket, insert the SIM and microSD card, aim the panel, pair the app — 5 to 10 minutes per camera, no electrician, no trench, no network drop.

But the same independence that makes it work on farmland is what makes it fail when it is specified carelessly. There is no mains socket to bail out an undersized panel in the wet season, no WiFi to fall back on when the cell tower is congested, and nobody walking past to notice a camera has been dark for three weeks. Everything has to be right at design time. The rest of this guide is the maths that gets it right.

Who this guide is for

This is written for the people who buy in volume: agricultural cooperatives, plantation and estate managers, ranch operators, and — most of all — the distributors and system integrators who sell to them. If you are a distributor, the last two sections on model selection and stocking are the ones to read first. If you are specifying a single farm, start with the threat model.

The four farm threat models

Security specifications fail when they start from the map instead of the crime. Before choosing a single camera, decide which of these four you are actually buying against, because each one implies a different placement.

1. Crop and harvest theft

Highly seasonal, and almost always vehicle-assisted. Nobody carries 200 kg of mangoes, durian, coffee cherry or paddy out on foot. Fruit is taken in the weeks before and during harvest, at night, by people who know when the block ripens — which in practice means locals, seasonal labour, or someone with a buyer already lined up. In aquaculture the same pattern applies to fish and shrimp ponds: theft happens at the harvest ramp and the dyke access road, not in the middle of the water.

Implication: point cameras across the tracks a loaded motorbike, three-wheeler or pickup must use. Trees do not need watching; the exit does. One camera on the only gate a vehicle can pass is worth six inside the block.

2. Livestock theft

Cattle rustling — abigeato across Latin America — is a logistics problem for the thief. Animals must be gathered, walked or driven through a gate, loaded up a ramp and into a truck or trailer. That sequence takes time and forces the offenders through fixed geometry.

Implication: cover the loading ramp or crush, the vehicle gates, the water points where stock congregates at dusk, and any fence line flat enough to reverse a trailer against. Open pasture cannot be covered and does not need to be. Two cameras that capture a vehicle, a trailer and a plate in colour at 3-6 m are worth more to police than a dozen watching grass.

3. Equipment, fuel and infrastructure theft

The steady year-round loss. Pumps, generators, irrigation controllers, drip tape, solar pump panels, sprayers, chainsaws, diesel and fertiliser. Copper and any metal that can be weighed in. Irrigation and pump houses are hit hardest because they sit far from the homestead by design.

Implication: the pump house, fuel store, fertiliser and agrochemical store and the machinery yard each want their own camera with a two-way audio warning and a siren. The deterrent value of a voice from a camera at 02:00 is real and immediate — most opportunist theft ends the moment the site stops feeling empty.

4. Trespass, encroachment and boundary disputes

Less dramatic, more expensive. Grazing on someone else's block, illegal logging on the estate edge, unauthorised spraying or dumping, land encroachment, poaching on game ranches, and the disputes that follow. Here the camera is evidence for a civil or administrative process, so timestamped, continuous, verifiable footage matters more than a dramatic alert.

Implication: continuous always-on recording rather than motion clips, and a camera positioned so the disputed boundary marker or gate is unambiguously in frame with the sky and a landmark for context.

Coverage maths: how many cameras per hectare

"How many cameras cover 1 hectare?" is the most-asked and most badly answered question in farm security. The honest answer starts with pixel density, not area.

Pixel density, not advertised distance

The recognised standard is DORI — Detect, Observe, Recognise, Identify — expressed as pixels across a metre of scene. A 2MP sensor puts roughly 1920 pixels across the frame. Divide, and you get the scene width at which each task is possible; then convert to distance using the lens field of view. For a typical wide-angle farm lens of around 100°:

Task	Pixels per metre needed	Max scene width (2MP)	Max distance (≈100° lens)	What you can actually say
Identify	250 px/m	7.7 m	3-4 m	"That is this specific person / this plate"
Recognise	125 px/m	15.4 m	6-7 m	"That is someone I know / one of our workers"
Observe	62 px/m	31 m	12-14 m	"Adult male, dark jacket, carrying something"
Detect	25 px/m	77 m	~30 m	"A person is present"

Two consequences follow, and they overturn most farm quotations we see. First, a wide-angle camera pointed at a big empty field produces footage that proves an incident happened and nothing else. Second, if you need a face or a licence plate, that camera must be within a few metres of where the face or plate will be — at a gate, at a ramp, at a doorway. This is exactly why gate and chokepoint placement beats area coverage, and why a pan-tilt or zoom model earns its price at the one spot where identification matters.

Camera counts by farm size

One camera with a 100° lens produces a usable detection sector of roughly 700-800 m² — under one tenth of a hectare. Blanket-covering a single hectare to detection standard would take twelve or more cameras. Nobody does that, and nobody should. Real deployments cover assets and chokepoints:

Site	Typical layout	What actually gets covered	Cameras
Farmhouse plot / 1 ha orchard	~100 × 100 m	Gate, tool or pump shed, main track, house approach	2-3
5 ha mixed farm	~220 × 220 m	Gate, shed, pump house, drying floor, one blind boundary corner	4-5
5-10 ha fish or shrimp ponds	Dyke grid	Aerator and pump bank, feed store, harvest ramp, dyke access road	5-7
20 ha plantation (mango, coffee, rubber, oil palm)	Block grid + access roads	Two access roads, equipment yard, fuel and fertiliser store, packhouse or drying floor, two boundary chokepoints	6-8
50-100 ha ranch / game ranch	Paddocks + homestead	Homestead, corral and crush, loading ramp, 2-3 vehicle gates, water points, main internal track	8-14

If a supplier quotes you "full coverage" of a 20 ha plantation with four cameras, they have not done this arithmetic. If they quote forty, they are selling you area you cannot afford to power, maintain or review.

Placement rules that survive a farm

Mounting height and angle

Mount at 3.5-4 m. Below 3 m the camera is inside reach of a person on a motorbike or a ladder and gets stolen or sprayed. Above 5 m you look down on the tops of heads and hats and lose every face. Aim across the path of travel at 30-45°, never straight down it — a subject walking toward the lens crosses very few pixels per second and gives you one usable frame; a subject crossing the frame gives you dozens.

Never point a camera at the eastern or western sky. Twice a day the sun sits in frame and the sensor closes down, and those are exactly the low-light hours when incidents cluster. Face north or south where the geometry allows.

The canopy problem — specific to farms

This is the single most common farm failure and it appears in year three, not year one. A solar panel mounted on or beside a young mango, durian, rubber or oil palm is in clear sky at installation and in permanent afternoon shade two growing seasons later. Partial shade on a small panel is disproportionately punishing: shading a corner can cut output far more than the shaded fraction suggests.

Mount on a dedicated galvanised pole at the block edge, gate or access track — not on a tree, not under a canopy line.
Walk the site at 09:00, 12:00 and 16:00 before drilling anything, and check the shadow at each hour. Panels are shaded by the thing you did not look at.
Clear vegetation for 2 m around the pole and inside the first 10 m of the view. Grass and cane grow into frame and generate months of false triggers.

Panel orientation and tilt

North of the equator — Vietnam, Thailand, the Philippines, most of Mexico — face the panel true south. South of the equator — Paraguay, southern Brazil, Argentina, Chile — face it true north. Within roughly 10° of the equator, azimuth matters little but tilt still does: never mount a panel flat. A minimum of 15° lets monsoon rain sheet off and self-clean, whereas a flat panel accumulates dust, pollen and bird droppings into a permanent film that no rain removes. In dusty dry seasons and during harvest, expect to wipe panels quarterly regardless.

Surge, tamper and the boring failures

Lightning: do not make the camera pole the tallest metal object in an open field. Ground the pole properly. Tropical farm sites lose more cameras to surge than to theft.
Water ingress: IP66 protects the housing, not your cable run. Fit a drip loop below every gland so water runs off before the connector.
Wildlife: geckos, ants and wasps nest in warm housings and in front of IR lamps, producing endless night-time false alerts. Seal gaps; check at each quarterly service.
Tamper: enable the tamper alarm and use an anti-theft bracket at gates. A camera that is itself stolen is a data point, not a disaster — if the alert reached the phone before the card did.

Power budgeting across the seasons

Every solar camera specification lives or dies here, and this is where inflated marketing does the most damage. The numbers below are the honest ones for the hardware in this catalogue.

What the battery actually holds

Configuration	Usable energy (approx.)	Clear-day panel yield (approx.)	Typical fit
8W panel + 8000mAh battery	~30 Wh	22-28 Wh/day	Dry-season regions, gates and sheds, event-driven recording
15W panel + 20000mAh battery	~74 Wh	45-53 Wh/day	Monsoon regions, continuous recording, floodlight kits, high-value assets

Panel yields above already include a real-world derate of around 30% for heat, dust, imperfect tilt and charge-controller losses at 4-5 peak sun hours. Do not plan from the sticker wattage.

What the camera actually draws

Operating profile	Average power	Energy per day
Deep standby, a handful of short events (quiet boundary)	~0.5 W	~12 Wh
Always-on low-bitrate recording, moderate events	1.0-1.4 W	24-34 Wh
Always-on plus frequent night IR, spotlight, pan-tilt tracking, heavy uploads	2.0-2.5 W	48-60 Wh

Put the two tables side by side and the picture is immediate. An 8W/8000mAh unit at 22-28 Wh/day of clear-sky input comfortably runs a quiet gate camera and can just sustain always-on low-bitrate recording — with almost no margin. A busy pan-tilt camera with night lighting needs the 15W/20000mAh configuration, and in a monsoon region so does anything recording continuously.

The monsoon case, worked through

Sky condition	Share of clear-day yield	8W panel	15W panel
Clear dry season, clean panel, correct tilt	100%	~28 Wh/day	~50 Wh/day
Hazy or typical wet-season overcast	25-35%	7-10 Wh/day	13-18 Wh/day
Heavy storm day	10-15%	3-4 Wh/day	6-8 Wh/day
Half-day canopy shading	halve the row above	—	—

Take a camera drawing 1 W average — 24 Wh/day — through a run of overcast monsoon days:

8W / 8000mAh: input 8 Wh, draw 24 Wh, net loss 16 Wh/day against a 30 Wh reserve. Roughly 2 days before it dies.
15W / 20000mAh: input 15 Wh, draw 24 Wh, net loss 9 Wh/day against a 74 Wh reserve. Roughly 8 days.
15W / 20000mAh switched to a wet-season profile (AI events plus scheduled recording, ~0.5 W / 12 Wh): input 15 Wh, draw 12 Wh — net positive. It runs through the monsoon indefinitely.

That third line is the whole answer to "do solar cameras work in the rainy season". They do — if the system is specified with a seasonal recording profile rather than one setting all year. Be sceptical of any "30-day battery backup" claim: those figures describe deep standby with no recording and no cellular traffic, which is not a security camera doing its job. Ask any supplier for the average draw in watts in the mode you intend to run, then do the division yourself.

Connectivity in rural areas

Survey before you drill

Signal at the farmhouse tells you nothing about signal at the boundary gate 600 m away and 12 m lower. Walk each proposed mounting point with a phone in field-test mode and record RSRP:

Better than −100 dBm: good. Clips upload promptly, live view is stable.
−100 to −110 dBm: workable. Expect slow clip uploads and occasional live-view stalls; raise the pole or add an external antenna.
Below −110 dBm: expect daily dropouts. Fix it with height, an external antenna or a different mounting point before you buy.

Practical measures that work: raise the pole (an extra metre often gains 3-6 dB in vegetation), use a local carrier SIM rather than a roaming or global IoT SIM, and lock the modem to the band that actually covers the valley rather than letting it hunt. In Vietnam, rural coverage differs sharply between carriers on the same plot — test two SIMs before committing a whole estate.

What happens when the network drops

This is the question that separates a farm-grade camera from a consumer one. On a properly specified solar 4G camera, recording is local first: video is written to the onboard microSD card whether or not the network is up, and events queue for upload when signal returns. A camera that only records to the cloud goes blind the moment the tower congests — which on a rural cell is exactly during a festival, a harvest, or a storm.

How much data a farm camera really uses

Usage pattern	Per camera per day	Per camera per month	Notes
Alerts and snapshots only	10-30 MB	0.3-1 GB	Quiet boundary cameras
AI event clips uploaded (20-40/day)	60-150 MB	2-5 GB	The normal farm case
Add 10 min/day of live viewing	+100-200 MB	+3-6 GB	Owners check in more than they admit
Continuous 24/7 cloud upload	5-11 GB	150-330 GB	Not practical on rural mobile plans

Plan 5 GB per camera per month and buy a pooled multi-SIM account so quiet cameras subsidise busy ones. Then cut consumption at the source: tune the AI detection zones so vegetation, livestock and passing traffic do not generate clips, set a lower upload resolution than the recording resolution, and disable continuous cloud upload. A badly zoned camera will spend three times the data of a well-zoned one on footage of moving grass.

Storage and retention on the farm

Standard across the catalogue is microSD up to 128 GB; larger capacities are available on custom and OEM orders. What that buys you:

Recording mode	Approx. write rate	Retention on 128 GB
Continuous 2K, ~2 Mbps	~0.9 GB/hour, ~21 GB/day	5-7 days
Always-on at reduced bitrate during quiet scenes	~9-12 GB/day	10-14 days
AI event clips only	60-150 MB/day	3-6 weeks

The card is a rolling buffer, not an archive — plan around that fact rather than fighting it. Set alerts so an incident is noticed within days rather than at the end of the season, export the clips that matter to a phone or laptop while they still exist, and buy high-endurance cards rated for continuous surveillance writing. Standard consumer cards fail within months under 24/7 recording in tropical heat, and a farm will blame the camera.

Choosing the right model for each position

Every model below is a real production SKU with 4G LTE, IP66 housing, microSD up to 128 GB, full-colour and IR night vision, and human and motion detection with auto-tracking. Prices shown are MSRP; wholesale tiers are separate.

Model	MSRP	Optics	Power	Best farm position
SG-C41G-10T66-V2	Quoted per order	2K single lens, pan-tilt	8W / 8000mAh	Entry gate, tool shed, pump house in clear-sky regions
SG-D42G-10F66-V5	Quoted per order	2K dual lens, fixed	8W / 8000mAh	Access tracks and boundary chokepoints — wide context plus a detail view in one housing
SG-S43G-10T66-V1	Quoted per order	2K triple lens, pan-tilt	8W / 8000mAh	Machinery yard, drying floor, corral and loading ramp — where you need both the scene and the face
SG-D42G-15F66-V7	Quoted per order	2K dual lens, fixed, with floodlight	15W / 20000mAh	Monsoon regions and continuous recording; colour night capture at packhouse and fuel store
SG-D42G-15F66-V16	Quoted per order	2K dual lens, fixed, with floodlight	15W / 20000mAh	High-value assets and long overcast runs; the specify-once-and-forget position
SG-E42G-T66-V1	Quoted per order	2K dual lens, pan-tilt with 10× zoom	Mains powered, 4G	Packhouse, weighbridge or homestead where mains exists and you need plate capture at distance

Two selection rules cover almost every farm. Where identification matters — gates, ramps, doorways, weighbridges — use a pan-tilt or zoom model and get it close to the choke, within 3-6 m of where the face or plate will be. Where the monsoon is long or the camera records continuously, step up to the 15W / 20000mAh configuration; the price difference is smaller than a single dead camera during harvest season.

What a real deployment costs

Site	Cameras	Suggested mix	Hardware at MSRP
1-2 ha orchard or farmhouse	3	2 × SG-D42G-10F66-V5 + 1 × SG-S43G-10T66-V1	~$138
5 ha mixed farm	5	3 × SG-D42G-10F66-V5 + 2 × SG-S43G-10T66-V1	~$234
20 ha plantation	8	4 × SG-D42G-10F66-V5 + 2 × SG-S43G-10T66-V1 + 2 × SG-D42G-15F66-V7	~$390
60 ha ranch	12	6 × SG-D42G-10F66-V5 + 4 × SG-S43G-10T66-V1 + 2 × SG-D42G-15F66-V7	~$582

Add roughly $8-12 per high-endurance 128 GB card, a pole and bracket per position, and the SIM plan. Two things follow. A complete 20 ha plantation system is under $600 of hardware at MSRP — an order of magnitude below what most estate managers assume, and easily justified against one stolen pump. And a $10,000 agricultural camera budget is not one farm: it is a distributor's opening stock order, a cooperative rolling out across a dozen member farms, or a multi-estate group deployment. Size the conversation accordingly.

What a distributor should stock for agricultural customers

Farm buyers are repeat buyers with a seasonal rhythm — they buy before harvest and after a theft. Stock for that.

Three tiers, not one hero SKU

Entry tier. Fixed and pan-tilt 2K solar 4G units on 8W/8000mAh. This is the volume line: gates, sheds, pump houses, first-time buyers testing one camera before committing to twelve.
Mid, low $50s. Triple-lens pan-tilt on 8W/8000mAh. Sells itself wherever a customer needs wide context and detail from a single mounting point — yards, ramps, drying floors.
Premium tier. 15W panel, 20000mAh battery, floodlight kits. Position these for monsoon regions, continuous-recording customers and high-value assets. This is where your margin lives, and where the fewest warranty returns come from.

Attach the accessories farms always forget

High-endurance 128 GB microSD cards — never let a farm fit a consumer card.
Galvanised 3.5-4 m poles, U-bolts and anti-theft brackets.
Local-carrier data SIMs on a pooled plan, pre-activated where regulation allows.
External 4G antennas and extension leads for weak-signal blocks.
A 3-5% spare-unit ratio held in stock. A farm that waits three weeks for a replacement during harvest does not buy from you again.

Commercial terms

Dealer margins start at 20% from around 10 units and 30% from around 50 units. MOQ is 10 units for a trial order and 100 units for OEM or private label. Samples ship in 7-10 days by air; bulk production runs 25-40 days by sea; within Vietnam, delivery is 7-10 business days. Every one of the 49 always-on solar models is available for OEM and private-label production — your brand on the housing, your packaging, your firmware branding, your manual in the language your farmers actually read. Quantity, price and lead time for your specific configuration always come from a person: see wholesale pricing and MOQ or the OEM and distributor programme.

Sell the survey, not just the box

The distributors who win agricultural accounts do one thing differently: they run a 30-minute site survey before quoting — walk the property, mark gates and chokepoints on a satellite image, check shadow at three times of day, and test signal at each proposed pole. It converts far better than a price list, it produces a bill of materials the customer trusts, and it eliminates the returns caused by a camera mounted in shade with no signal. The maths in this guide is the survey checklist; give it to your sales engineers.

Commissioning and the maintenance calendar

Day one

Charge every battery fully before mounting. A camera installed at 40% on an overcast afternoon may never catch up.
Set the correct time zone and burn-in timestamp — footage without a reliable timestamp is weak evidence.
Draw detection zones tightly around the chokepoint. Exclude the tree line, the road and the paddock. Ten minutes here saves gigabytes and thousands of false alerts.
Walk-test each camera at dusk and at night, not at midday. Record the walk and review it on a phone, at the size the customer will actually watch it.
Photograph each installed position and log its GPS point, SIM number and card serial. On a 60 ha ranch, nobody remembers where camera 9 is.

Quarterly, and after every storm or harvest

Wipe the panel. This is the single highest-value maintenance action on a farm.
Cut back vegetation around the pole and inside the near field of view.
Check battery health in the app and compare against the same month last year.
Inspect glands, drip loops and the housing gap for insects and nesting.
Export any footage that has evidential value before it rolls off the card.
At the start of the wet season, switch cameras to the monsoon recording profile; switch back when the dry season starts.

Frequently asked questions

How many solar cameras do I need to cover 1 hectare of farmland?

No single camera covers a hectare usefully. A 2MP wide-angle camera detects a person out to roughly 30 m and recognises a face inside about 6 m, so one camera covers around 700-800 m² of usable detection area — under a tenth of a hectare. Blanket-covering 1 hectare would take twelve or more cameras, which nobody does. Instead you cover assets and chokepoints, not area: for a typical 1 ha orchard or farmhouse plot that means 2-3 cameras on the gate, the tool or pump shed and the main track. For 5 ha plan 4-5 cameras, for a 20 ha plantation 6-8, and for a 50-100 ha ranch 8-14 covering the homestead, corrals, water points, loading ramp and every vehicle gate.

Do solar security cameras keep working in the rainy season and under heavy cloud?

Yes, but only if the panel and battery were sized for it. A monsoon overcast day delivers roughly 25-35% of a clear-day yield, and a heavy storm day 10-15%. An 8W panel that makes about 28 Wh on a clear day makes only 7-10 Wh on a wet-season day, while a 20000mAh battery holds about 74 Wh usable. The fix is a bigger budget and a seasonal profile: deploy 15W panel and 20000mAh battery models in monsoon regions, tilt the panel 15° or more so rain washes it, and switch cameras from full continuous recording to AI-event plus scheduled recording during the wet months. That drops average draw to about 0.5 W, roughly 12 Wh per day, which even a poor monsoon day can sustain. Cold is not the constraint in Southeast Asia or Latin America — cloud cover, canopy shade and dirty panels are.

How much mobile data does a 4G security camera use per month?

It depends entirely on whether footage is stored locally or streamed to the cloud, and this is where most buyers get their bill wrong. A solar 4G camera that records continuously to its own microSD card and sends only AI event clips uses roughly 2-5 GB per camera per month (20-40 clips a day at about 3-5 MB each). Alerts and snapshots only is 0.3-1 GB. Add about 3-6 GB per month if someone views the live feed for ten minutes a day. Continuous 24/7 cloud upload is a different order of magnitude — 5-11 GB per camera per day, 150-330 GB a month — and is not practical on rural mobile plans. Budget a 5 GB per camera per month plan, pooled across a multi-SIM account so quiet cameras subsidise busy ones.

Can a security camera work on farmland with no electricity and no WiFi?

Yes. A solar 4G LTE camera is a self-contained unit: solar panel, internal battery, camera, AI processor and a 4G modem with its own SIM card. It needs no mains cable, no network cable and no WiFi router — only mobile signal and daylight. Installation is 5-10 minutes per camera: mount the bracket to a pole or wall, insert the SIM and microSD card, aim the panel, and pair the camera to the phone app. This is why solar 4G is the default for farm land, plantations, fish ponds and ranches, where trenching power out to a boundary gate can cost more than the entire camera system.

What is the best solar camera setup for a mango, durian or fruit orchard?

Orchards have one problem open fields do not: the canopy grows into the panel. Never mount a solar camera on a fruit tree or under a canopy line — use a dedicated pole 3.5-4 m high at the block edge, on an access track or at the gate, where the panel keeps clear sky for years rather than a single season. Harvest theft is seasonal and vehicle-based, so aim cameras across the tracks a loaded motorbike or pickup must use rather than into the trees. A practical three-camera orchard kit is two fixed dual-lens units on the two access points and one pan-tilt triple-lens unit on the packing or drying area where fruit is staged overnight. Add a floodlight-equipped model at the packhouse if crates are stacked outside after dark.

How far can a solar farm camera actually see, and how far at night?

Use pixel density, not marketing distance. A 2MP camera puts about 1920 pixels across the frame. Identification of an unknown face needs roughly 250 pixels per metre, recognition of a known person 125, observation 62 and simple detection 25. On a wide-angle lens of about 100° that works out to identification inside 3-4 m, recognition to 6-7 m, observation to 12-14 m and detection out to around 30 m. Night IR ranges quoted on datasheets describe how far the illuminator throws light, not how far you can identify someone — at night plan for recognition inside 10-15 m, and use full-colour night mode with a spotlight or floodlight model for anything a court or an insurer will need to see.

How many days of footage does a 128 GB card hold on a farm camera?

At 2K resolution and roughly 2 Mbps, continuous recording writes about 0.9 GB per hour, or 21 GB per day, so a 128 GB microSD card holds roughly 5-7 days of true 24/7 footage. At the reduced bitrate most always-on cameras use during quiet scenes, expect 10-14 days. In AI-event-only mode a 128 GB card typically holds 3-6 weeks of clips. Farms should therefore treat the card as a rolling buffer, not an archive: set alerts so an incident is noticed within days, and export the clips that matter before they roll off. 128 GB is the standard maximum across the catalogue; larger capacities are available on custom or OEM orders.

Do cameras actually reduce cattle theft on a ranch?

They do when they are placed for the crime rather than for the paddock. Cattle rustling — abigeato in Latin America — is a logistics problem for the thief: animals have to be moved through a gate, up a ramp and into a vehicle, usually at night. Blanketing open grazing land is impossible and unnecessary. Cover the loading ramp or crush, the vehicle gates, the water points where stock congregates and the fence line where a trailer can be reversed in. Two well-aimed cameras on the ramp and the main gate, capturing a vehicle and plate at 3-6 m in colour, give police far more than a dozen staring at open pasture. Insurers and rural police in Latin America increasingly treat clear night-time vehicle footage as the difference between a report and a recovery.

What should a distributor stock for agricultural customers?

Stock a three-tier ladder rather than one hero model: an entry fixed or pan-tilt 2K solar 4G camera for gates and sheds, a triple-lens pan-tilt model for yards and equipment areas that need wide plus detail in one unit, and a 15W panel with 20000mAh battery floodlight kit for monsoon regions and high-value assets, with wholesale prices quoted per order. Attach the accessories farms always forget: high-endurance 128 GB microSD cards, 3.5-4 m galvanised poles and brackets, local-carrier data SIMs, and a 3-5% spare ratio. Dealer tiers start at 20% from around 10 units and 30% from around 50 units, with a 10-unit trial MOQ, 100 units for OEM or private label, samples in 7-10 days by air and bulk production in 25-40 days by sea.

Is an IP66 rating enough for tropical farms and monsoon rain?

Yes for outdoor pole and wall mounting, which is what farm cameras do. IP66 means fully dust-tight and protected against powerful water jets from any direction — a stronger test than the driving rain of a tropical storm. IP67 and IP68 add temporary or continuous immersion, which matters for a camera that might sit underwater; a camera on a 3.5 m pole never will. On a farm the real failure modes are not the rating: they are water tracking down an un-looped cable into the connector, an ungrounded pole taking a lightning surge, insects and geckos nesting in the housing gap, and dust or bird droppings on the panel. Fit a drip loop below every gland, ground the pole, and clean the panel each quarter and after every dust or harvest season.

How to evaluate any farm camera supplier

Whether you buy from us or not, four checks separate a supplier who will still be answering the phone in year three from one who will not:

Do they own the factory or resell one? Ask who builds the board and who writes the firmware. A reseller cannot change a battery size, a lens or a logo for you, and cannot tell you why a unit failed.
Certificate numbers, not logos. Ask for the actual TÜV, CE, FCC and RoHS certificate numbers and check them. Anyone can put a badge on a datasheet.
Tier pricing at your volume, and a stated MOQ. A supplier who will not put a number against 10, 50 and 500 units is not ready to be your supplier.
Separate lead times for samples and bulk. A single blended figure means they have not thought about your season — and on a farm account, missing harvest is missing the year.

SolaGuard is the factory. Cameras are built by Shenzhen Leksell Security Technology, TÜV Rheinland certified and manufacturing since 2012 — fourteen years — with CE, FCC and RoHS certification, under the Aximora Labs INC brand. The catalogue runs to 150 SKUs, of which 49 are always-on solar 4G models, every one available for OEM and private label; wholesale prices are quoted per order.

Next steps

If you are specifying a single property, start from the threat model, mark your chokepoints on a satellite image, and use the camera-count table above as your bill of materials. If you are a distributor or importer building an agricultural line, the three-tier stocking model plus the accessory attach list is the fastest route to a repeatable farm offer.

Farm and agriculture solutions overview — scenario pages, kit layouts and typical deployments
Wholesale pricing, MOQ and tier structure
Dealer, OEM and private-label programme
Always-On Video (AOV) solar camera buyer's guide — the technology behind continuous recording on solar power
Solar 4G security camera FAQ
Full 150-SKU product catalogue

To price a specific farm, cooperative or distributor deployment, contact the team directly: WhatsApp +86 188 1869 9870, +86 188 1869 9870, or info@solaguard.net. Send the hectares, the crop or stock type, the region and the number of chokepoints and you will get a bill of materials and a tier price back, not a brochure.

About this guide: written by the SolaGuard technical team with engineering input from Shenzhen Leksell. All power, data and storage figures are derived from the published specifications of the models named above and standard photovoltaic and video-bitrate arithmetic; they are planning figures, and site conditions vary. Specifications, pricing and lead times are current as of September 2026 and are confirmed per order.