The ring pit method is revolutionizing sugarcane farming across India, helping farmers achieve significantly higher yields while conserving water. This comprehensive guide covers everything you need to know about implementing this technique successfully on your farm.
The ring pit method (also called circular pit planting or गोलाकार गड्ढा विधि) is an advanced sugarcane planting technique where circular pits are dug in the field instead of traditional furrows. Each pit serves as an individual growing unit that provides optimal conditions for sugarcane development. See how it compares to traditional planting methods.
Unlike conventional flat-bed or trench planting where water flows away quickly, ring pits act as mini-reservoirs that retain water and nutrients around the plant roots. This simple change in planting geometry has profound effects on crop performance.
The ring pit method was first developed and promoted by the Indian Institute of Sugarcane Research (IISR), Lucknow. Research conducted over several years demonstrated consistent yield improvements of 20-30% compared to traditional methods. The technique gained popularity in Uttar Pradesh in the early 2000s and has since spread to Maharashtra, Karnataka, Gujarat, and other sugarcane-growing states.
Farmers consistently report 20-30% higher yields using the ring pit method:
- Better root development: Circular pits allow roots to spread in all directions
- Improved tillering: More tillers per clump means more canes per pit
- Reduced lodging: Better root anchorage prevents sugarcane from falling over
- Longer ratoon cycles: Healthy root systems support 5-6 ratoon crops vs 2-3 with traditional methods
Water efficiency is dramatically improved:
- Each pit retains 8-10 liters of water during irrigation
- 30-40% less water required compared to flood irrigation
- Reduced surface runoff and evaporation losses
- Critical during drought conditions or water-scarce areas
- Ideal for regions with irregular rainfall patterns
Nutrients stay where they're needed:
- Targeted application: Fertilizers applied directly to pits reach roots
- 20-25% reduction in fertilizer requirement
- Less fertilizer wastage through runoff
- Better organic matter retention in pit soil
Economic advantages are significant:
| Factor | Traditional Method | Ring Pit Method |
|---|
| Seed requirement | 30,000-35,000 setts/hectare | 12,000-15,000 setts/hectare |
| Labor for planting | High | Lower with mechanization |
| Irrigation frequency | 15-20 times/crop | 10-12 times/crop |
| Yield | 70-80 tonnes/hectare | 90-110 tonnes/hectare |
Proper field preparation is critical for success:
- Deep plowing: Plow the field to 30-35 cm depth
- Cross harrowing: Break clods and level the field
- Organic matter: Apply 10-15 tonnes of well-decomposed FYM per hectare
- Layout marking: Mark pit positions using rope and stakes
Tip: Complete field preparation 2-3 weeks before pit making to allow soil settling.
Getting the pit dimensions right is crucial:
| Parameter | Recommended Size | Purpose |
|---|
| Diameter | 75-90 cm (30-36 inches) | Adequate space for tillering |
| Depth | 30-45 cm (12-18 inches) | Root development zone |
| Spacing (row to row) | 120-150 cm (4-5 feet) | Equipment movement |
| Spacing (pit to pit) | 90-120 cm (3-4 feet) | Plant development |
| Pits per hectare | 5,500-7,500 | Optimal plant population |
- Labor-intensive: 50-60 pits per person per day
- Suitable for small farms (less than 1 hectare)
- Use spade or khurpi with proper depth measurement
- Ring pit machine productivity: 200-300 pits per hour
- Uniform pit size and depth
- Significant labor savings
- Suitable for farms of all sizes
A tractor-mounted ring pit machine from MMS Industries can create perfectly uniform pits at 200-300 pits per hour, completing one hectare in just 3-4 hours compared to 15-20 labor days with manual digging.
Before planting, prepare each pit:
- Basal fertilizer: Mix 200g DAP + 100g MOP per pit in the soil
- Organic matter: Add 2-3 kg well-decomposed compost per pit
- Soil treatment: Apply Trichoderma viride (25g/pit) to prevent fungal diseases
- Insect control: Apply Carbofuran 3G (10g/pit) for borer prevention
Quality planting material ensures success:
Seed Selection:
- Use 8-10 month old mother cane
- Select disease-free plants with 3 or more buds per sett
- Avoid using ratoon material as seed
Seed Treatment:
- Dip setts in 0.1% Carbendazim solution for 15 minutes
- Air dry for 30 minutes before planting
- Alternatively, use hot water treatment (50°C for 2 hours) for disease-free setts
Proper planting ensures uniform germination:
- Setts per pit: Plant 3-4 three-budded setts per pit
- Arrangement: Place setts in a ring pattern, buds facing upward
- Covering: Cover with 5-7 cm of fine soil mixed with compost
- First irrigation: Apply water immediately after planting
Planting Season:
- Autumn planting: October-November (best for North India)
- Spring planting: February-March
- Late planting: April-May (with irrigation availability)
Water management is simplified with ring pits:
First Month:
- Irrigate every 7-10 days for germination
Tillering Phase (2-4 months):
- Irrigate every 10-12 days
- Each pit receives focused water
Grand Growth Phase (5-8 months):
- Irrigate every 12-15 days
- Critical period for cane development
Maturity Phase (9-12 months):
- Reduce irrigation frequency
- Stop irrigation 2-3 weeks before harvest
Pro Tip: Fill each pit completely during irrigation. The pit structure naturally retains water where it's needed most.
Follow this fertilizer schedule for optimal results:
| Growth Stage | Fertilizer | Quantity per Pit |
|---|
| Basal (at planting) | DAP + MOP | 200g + 100g |
| 45 days | Urea | 50g |
| 90 days | Urea + MOP | 50g + 50g |
| 120 days | Urea | 50g |
Total per hectare (at 6,000 pits):
- Nitrogen: 250-300 kg
- Phosphorus: 80-100 kg
- Potassium: 100-120 kg
Maintain your pit crop properly:
- Gap filling: Fill gaps within 20-25 days of planting
- Earthing up: Pull soil from pit edges toward the center at 45 and 90 days
- De-trashing: Remove dry leaves at 150 days
- Propping: Support canes with bamboo or wire if needed
The ring pit method excels for ratoon crops:
- After harvest, cut stubble close to the ground
- Apply 100g Urea + 50g DAP per pit
- Irrigate immediately
- First ratoon often yields equal to or better than plant crop
- 5-6 successful ratoons are possible with proper management
- Problem: Shallow pits (less than 30 cm) limit root development
- Solution: Maintain minimum 30-35 cm depth consistently
- Problem: Too many setts per pit leads to competition and weak tillers
- Solution: Limit to 3-4 three-budded setts per pit
- Problem: Uneven spacing makes mechanized operations difficult
- Solution: Use a ring pit machine for uniform spacing
- Problem: Skipping pit treatment reduces germination
- Solution: Always apply recommended basal fertilizers and organic matter
- Problem: Waterlogging in pits causes root rot
- Solution: Irrigate only when needed; ensure drainage in heavy rainfall areas
| Item | Traditional Method | Ring Pit Method |
|---|
| Field preparation | ₹8,000 | ₹10,000 |
| Pit making (manual/machine) | - | ₹6,000-8,000 |
| Seed material | ₹35,000 | ₹15,000 |
| Fertilizers | ₹20,000 | ₹16,000 |
| Irrigation cost | ₹15,000 | ₹10,000 |
| Labor | ₹25,000 | ₹20,000 |
| Total Cost | ₹1,03,000 | ₹77,000-79,000 |
| Factor | Traditional | Ring Pit |
|---|
| Yield | 75 tonnes | 100 tonnes |
| Price (₹3,000/tonne) | ₹2,25,000 | ₹3,00,000 |
| Net Profit | ₹1,22,000 | ₹2,21,000-2,23,000 |
| Extra Profit | - | ₹99,000-1,01,000 |
ROI: Investment in ring pit method pays back within the first season with nearly double the profit.
While manual pit making is possible for small plots, mechanization is essential for commercial farming:
- Speed: 200-300 pits per hour vs 50-60 manually
- Uniformity: Consistent pit size and depth
- Quality: Clean-cut pits with minimal soil disturbance
- Savings: Complete 1 hectare in 3-4 hours vs 15-20 labor days
- Compatible HP: 45-75 HP tractors
- Pit diameter: Adjustable 24" to 36"
- Pit depth: Adjustable 12" to 18"
- Productivity: 200-300 pits/hour
- Compatible tractors: Mahindra, Swaraj, John Deere, Sonalika, Massey Ferguson, New Holland, TAFE
- Highest adoption rate in India
- Average yield improvement: 25-30%
- Popular districts: Muzaffarnagar, Shamli, Meerut, Saharanpur
- Rapidly growing adoption
- Especially popular in water-scarce regions
- Key districts: Kolhapur, Sangli, Satara
- Strong adoption in irrigation-limited areas
- Combined with drip irrigation for maximum efficiency
- Growing popularity in Saurashtra region
- Focus on water conservation benefits
The recommended pit dimensions are 75-90 cm (30-36 inches) diameter and 30-45 cm (12-18 inches) depth. This size provides adequate space for root development and water retention. For mechanized farming, MMS Industries' ring pit machine offers adjustable diameters from 24" to 36" to suit different soil types and varieties.
Plant 3-4 three-budded setts per pit arranged in a ring pattern with buds facing upward. This provides optimal plant population (15,000-25,000 setts per hectare) while avoiding overcrowding that leads to weak tillers.
Maintain 90-120 cm (3-4 feet) spacing between pits within a row and 120-150 cm (4-5 feet) between rows. This spacing accommodates 5,500-7,500 pits per hectare and allows equipment movement for intercultural operations.
Ring pit method saves 30-40% water compared to flood irrigation. Each pit retains 8-10 liters of water, reducing irrigation frequency from 15-20 times to 10-12 times per crop cycle. This makes it ideal for water-scarce regions.
Yes, ring pit method is excellent for ratoon management. The pit structure remains intact after harvest, allowing 5-6 successful ratoon crops compared to 2-3 with traditional methods. After harvest, cut stubble low, apply fertilizer, and irrigate to stimulate regrowth.
A ring pit machine typically requires 45-75 HP tractors for optimal performance. MMS Industries' ring pit machine is compatible with popular brands including Mahindra, Swaraj, John Deere, Sonalika, and Massey Ferguson in this HP range.
MMS Industries' ring pit machine achieves 200-300 pits per hour in normal soil conditions. In softer soils, productivity can reach up to 350 pits per hour. This means completing one hectare in just 3-4 hours.
Autumn planting (October-November) is ideal for North India as it provides longer growing duration and higher yields. Spring planting (February-March) is the second option. Late planting (April-May) is possible with assured irrigation but may reduce yields.
The ring pit method represents a significant advancement in sugarcane farming technology. With proven benefits including 20-30% higher yields, 30-40% water savings, and improved ratoon performance, it offers a clear path to more profitable and sustainable sugarcane cultivation.
Success with this method depends on proper implementation—correct pit dimensions, quality seed material, and appropriate fertilizer management. Mechanization through ring pit machines makes large-scale adoption practical and economical.
For farmers looking to increase sugarcane productivity while reducing input costs, the ring pit method is no longer optional—it's essential for staying competitive in modern agriculture.
For a quick overview of the key benefits, also read our article on benefits of ring pit machine for sugarcane farming.
Ready to implement ring pit method on your farm? Contact MMS Industries for high-quality ring pit machines and expert guidance. We've been helping sugarcane farmers across India achieve better yields for over 40 years.
