👨🌾 Customer Overview: Mr. Hano's Three Farms
Mr. Hano is an experienced livestock farmer in South Africa who operates three separate farms spanning different climatic zones within the country. Together, his farms host hundreds of beef cattle and meat sheep, making silage production a critical component of his year-round feed management strategy. South Africa's livestock sector is substantial — according to the Red Meat Producers' Organisation (RPO), the country has over 13 million cattle and nearly 22 million sheep, producing roughly 1 million tons of beef and 200,000 tons of mutton annually. For farmers like Mr. Hano, reliable silage harvesting equipment is not a luxury; it is a necessity for maintaining herd health through the dry winter months when grazing pasture quality declines sharply.
Before investing in a mechanized solution, Mr. Hano relied on manual harvesting and outsourced custom hiring services, which were costly and often delayed by scheduling conflicts. After researching tractor-mounted options, he chose our silage harvester for sale to bring the operation in-house and gain full control over his harvest timing.
⚙️ Machine Configuration & Technical Details
Mr. Hano's tractor is rated at 100 hp, so we recommended the 1.8-meter working width model — the widest in our tractor mounted silage harvester lineup, ideal for farmers looking to maximize coverage in larger fields. Here is the technical breakdown of his configuration:
1. Working width — 1.8 meters (≈5.9 feet): This width matches his 100 hp tractor perfectly. The harvester's PTO runs at 540 rpm, drawing power through the tractor's rear PTO shaft. At this width, the machine achieves a throughput of approximately 15–20 tons of green forage per hour, allowing Mr. Hano to process a 10-hectare field of corn silage in roughly two days of steady work.
2. Supporting wheels with root protection: Two ground-contact supporting wheels are fitted behind the cutterhead. These wheels serve a dual purpose — they stabilize the cutting height at a consistent 5–8 cm above ground and, crucially, prevent the blades from gouging into the soil. By protecting the root crowns and stubble, the machine promotes faster regrowth for multi-cut crops like alfalfa, which can yield 3–5 cuts per season under good management.
3. Secondary crushing device for precision chopping: This was the key feature that convinced Mr. Hano. The secondary crushing unit uses a set of counter-rotating hammers and fixed anvils to further reduce forage particle size. The result is a consistent chop length of 1–3 cm, which is significantly finer than the standard 3–5 cm output. This finer material is easier for sheep to digest — sheep have smaller rumens than cattle and benefit greatly from shorter fiber lengths. For his beef cattle, the same machine can be quickly adjusted to produce longer 3–5 cm chop by bypassing the secondary crusher, giving him two machines in one.
4. Blade material and durability: All cutting blades are made from high-strength alloy steel with a hardened edge that typically lasts 80–120 acres before needing replacement. The blades are reversible, doubling their service life. Mr. Hano received two sets of spare blades with his purchase, ensuring he can complete an entire season without supply interruptions.
🌱 Crop-by-Crop Silage Characteristics
Mr. Hano grows three primary silage crops — alfalfa (lucerne), corn (maize), and barley — each with distinct harvesting requirements:
Alfalfa (Lucerne): Harvested at early bloom stage for optimal protein content (18–22% crude protein). Alfalfa has a high leaf-to-stem ratio, and leaves are the most nutritious part. The FOYA harvester's gentle conveying system minimizes leaf shatter, preserving protein value. With supporting wheels protecting the crown, Mr. Hano achieves 4 cuts per season, yielding about 6–8 tons of dry matter per hectare per cut in South Africa's summer rainfall regions.
Corn Silage: Harvested at the dent stage when kernels are ½ to ¾ milk line (30–35% dry matter). Corn provides high energy density (1.5–1.6 Mcal NEL/kg DM), making it the ideal base ration for beef cattle finishing. The 1.8m header handles corn stalks up to 3 meters tall with ease, and the adjustable shear bar ensures clean cuts without shredding the stalk, which reduces field losses by roughly 5% compared to flail-type harvesters.
Barley Silage: Harvested at the soft dough stage. Barley offers a middle ground between alfalfa and corn — moderate protein (10–12%) and moderate energy (1.3–1.4 Mcal NEL/kg DM). It is particularly valuable in South Africa's drier western production areas where barley is more drought-tolerant than corn. The fine-chop setting (1–2 cm) on the secondary crusher makes barley silage especially suitable for sheep, as the hollow straw stalks break down easily in the rumen.
💰 Investment Return & Economic Impact
Let us look at the numbers that matter to a commercial farmer. Custom silage harvesting in South Africa typically costs between ZAR 1,200 and ZAR 1,800 per hectare (roughly USD 65–100 per hectare), depending on crop and distance. For Mr. Hano, who harvests approximately 100 hectares across his three farms each season, the annual custom-hire cost was ZAR 120,000–180,000. Our tractor mounted silage harvester, by comparison, represents a one-time investment that pays for itself in 1.5–2 seasons. After that, the only ongoing costs are blade replacement (approximately ZAR 8,000–12,000 per season), routine maintenance, and tractor fuel consumption — roughly ZAR 15,000–20,000 per season versus the ZAR 120,000+ he was paying externally.
Beyond direct savings, Mr. Hano gained the ability to harvest at precisely the right phenological stage — no more waiting for the custom operator's schedule. This timing control alone improves silage quality by an estimated 10–15%, which translates to better weight gain in his beef cattle (an extra 0.1–0.2 kg average daily gain) and higher lambing rates in his sheep flock. When feed quality improves, veterinary costs drop and market weights are reached faster — compounding the financial return.
✅ Harvesting Results & Farmer Feedback
After one full harvesting season with the FOYA machine, Mr. Hano reported that the silage harvester exceeded his expectations. The 1.8m working width allowed him to cover his fields efficiently, and the secondary crushing device proved especially valuable for his sheep operation — he noted that his lambs reached finishing weight two weeks earlier on the finely chopped silage compared to previous seasons. The supporting wheels performed as promised, and his alfalfa stands showed vigorous regrowth with no crown damage. His words: "This machine is ideal for my mixed livestock operation. I can prepare silage for both cows and sheep at the same time, and the quality is consistent across all three crops."
He also appreciated the simple maintenance routine — daily greasing of the PTO shaft and bearing points takes just 10 minutes, and blade inspection is straightforward without special tools. The machine's robust build handled South Africa's variable field conditions, from sandy loam in the western farm to heavier clay soils in the east.
🇿🇦 Why South Africa Needs Reliable Silage Harvesters
South Africa's beef and sheep industries are concentrated in the Free State, Eastern Cape, Northern Cape, and parts of the Western Cape — regions with distinct wet and dry seasons. Silage bridges the winter feed gap when natural grazing loses nutritional value. With climate patterns becoming more erratic, the ability to preserve high-quality forage as silage is increasingly critical to farm resilience. FOYA's tractor mounted design is particularly well-suited to South African farmers because it leverages tractors already on the farm, keeping capital costs low while delivering professional-grade harvest quality.
📞 Ready to Improve Your Silage Operation?
If you are interested in our silage harvester for sale, we are happy to share detailed specifications, working videos, and tailored advice for your farm size and crop mix. Whether you run beef cattle, dairy, sheep, or a mixed operation like Mr. Hano, we can help you find the right configuration.