With the right planting material and expert guidance, Kiwi can become your most profitable crop.
Kiwi vines are dioecious, meaning each plant is either male or female. Female plants produce the fruit, while male plants provide the pollen required for fruiting. Without proper pollination, even the best plants will not yield effectively.
For a successful kiwi orchard, maintaining the correct balance is essential. A standard practice is planting 1 male plant for every 8–9 female plants, ensuring efficient pollination through wind and bees. This directly impacts fruit size, quality, and overall yield.
Kiwi cultivation combines high market demand with premium pricing, making it a strong choice for commercial farming. With proper planning, trellis systems, and pollination management, growers can achieve consistent and high-quality production.
With the right plants and proper guidance, kiwi farming can become a highly rewarding venture. Build a premium orchard that delivers both quality and profitability.
Kiwi (Actinidia) is rapidly emerging as a high-value crop in India, driven by increasing demand for premium and exotic fruits. With strong market pricing and growing consumer awareness, kiwi farming offers an excellent opportunity for growers looking to enter a profitable and future-ready segment.
With the right plants and proper guidance, kiwi farming can become a highly rewarding venture. Build a premium orchard that delivers both quality and profitability.
We provide the most advanced varieties — including the elite Red Flesh and Golden kiwis — to ensure your orchard delivers the highest possible returns.
Kiwi vines are dioecious, meaning a single plant is either male or female. Female Plants: These are the ones that produce the actual fruit (e.g., Red, Gold, or Hayward). Male Plants: These produce the pollen. They do not bear fruit themselves but are essential for the females to produce a crop.
For a successful harvest, you must plant at least one male for every 8–9 female vines. This ensures that wind and bees can effectively transfer pollen, leading to large, high-quality fruit.