Trip-L-Crop Climbing Tomato Seeds are a vigorous, easy-to-grow variety perfect for home gardens, trellises, and vegetable patches. These Non-GMO seeds produce high-yield, flavorful tomatoes on strong climbing vines, ideal for vertical gardening and space-saving cultivation.
The plants thrive in full sun and fertile, well-drained soil, producing abundant clusters of ripe, juicy tomatoes. Perfect for fresh salads, cooking, or sandwiches, this variety ensures a productive and continuous harvest throughout the growing season.
Ideal for gardeners looking for a high-yield, space-efficient tomato variety for home cultivation.
Features
- Produces high-yield, flavorful climbing tomatoes
- Non-GMO, high-quality seeds with strong germination
- Ideal for home gardens, trellises, and vertical planting
- Vigorous climbing growth with abundant fruit clusters
- Suitable for fresh salads, cooking, and sandwiches
- Space-saving variety perfect for small gardens and raised beds
- Easy-to-grow for beginner and experienced gardeners
Specifications
- Common Name: Tomato Seeds
- Plant Type: Annual climbing vegetable
- Variety: Trip-L-Crop Climbing
- GMO Status: Non-GMO
- Season: Spring to summer planting
- USDA Zones: 3–10
- Sunlight: Full sun (6–8 hours daily)
- Soil Type: Fertile, well-draining soil
- Days to Germination: 7–14 days
- Days to Maturity: 65–85 days
- Plant Height: 6–10 feet (climbing support required)
- Plant Spacing: 18–24 inches apart
- Row Spacing: 36–48 inches
- Watering: Moderate, consistent moisture
- Uses: Fresh salads, sandwiches, cooking, home gardening, trellis cultivation
Planting Guide
- Sow Seeds: Start indoors 6–8 weeks before last frost.
- Transplant: Move seedlings outdoors after frost, spacing 18–24 inches apart.
- Support: Provide trellis or cage for climbing growth.
- Sunlight: Full sun for optimal fruiting.
- Watering: Keep soil evenly moist; avoid waterlogging.
- Soil: Fertile, well-draining soil enriched with compost.
- Harvest: Pick tomatoes when fully ripe for best flavor.
- Maintenance: Prune vines to encourage airflow and maximize yield.
