Vinayak F1 Hybrid Papaya (VNR Seeds)

Looking for a high-quality papaya seed that won't disappoint? Look no further than Vinayak F1 Hybrid Papaya from VNR Seeds. This hybrid variety is specially designed to provide a mouth-watering flavor and impressive yields, making it perfect for home gardeners and commercial growers alike.

What makes Vinayak F1 Hybrid Papaya so special? For starters, it's an early variety that will produce fruit in just 20-30 days. And with the average fruit weighing in at between 1.5 and 2.5 kgs and measuring 20-30 cm in length and 14-18 cm in width, you'll have plenty of delicious papayas to enjoy. Plus, every plant in the population has fruit-bearing potential, ensuring a bountiful harvest every time.

But that's not all - here are a few more key benefits of choosing Vinayak F1 Hybrid Papaya:

• Uniform fruit size: With this variety, you can expect consistently sized fruit that is perfect for slicing, dicing, and enjoying fresh or cooked.
• Gynodioecious variety: Vinayak F1 Hybrid Papaya is a gynodioecious variety, meaning that plants in the population will either be female or hermaphrodite. This allows for maximum pollination and fruit production.

So whether you're growing papayas for your own consumption or to sell at market, Vinayak F1 Hybrid Papaya is the clear choice. It's easy to grow, fast-maturing, and produces delicious fruit that will impress even the most discerning palate.

Ready to give Vinayak F1 Hybrid Papaya a try? Simply sow the seeds in June-July or February-March, keep the optimal sowing distance of 180-240 cm, and watch them grow. In no time at all, you'll be enjoying sweet, juicy papayas that are second to none.

Always follow the sowing instructions provided on the product packet. Germination and crop performance may vary depending on climate, soil, season, irrigation and crop management.

Please confirm the variety, colour, pack size and suitability for your growing conditions before ordering. Product packaging may change without notice, while the product specifications remain the same.