Prime-Ark Freedom Thornless Blackberry – Rubus ‘Prime-Ark® Freedom’ Live Starter Plants | 4–10 Inches Tall | Set of 4 Sweet Berry Bushes | Dual Fruiting Variety | Garden Ready

Grow abundant berries with this set of 4 Prime-Ark® Freedom Thornless Blackberry starter plants, a premium variety developed in Arkansas, USA known for its large berries, excellent flavor, and extended harvest season.

Prime-Ark Freedom is a primocane-fruiting blackberry, meaning it produces fruit on both first-year and second-year canes, allowing gardeners to enjoy earlier harvests and increased yields compared to traditional varieties. These healthy starter plants are approximately 4–10 inches tall and ready to transplant into your garden, raised beds, or containers.

The berries are large, glossy, and sweet, perfect for fresh eating, baking, jams, desserts, and smoothies. With thornless canes and vigorous growth, this variety is a favorite for home gardens and small fruit patches.

Plants may arrive packed together in a moisture-retaining bag, sometimes with root balls or partially bare roots to reduce packaging waste and ensure safe delivery.

You will receive plants similar in size and health to those shown in the listing photos.

You will receive:
✔️ 4 live Prime-Ark Freedom blackberry starter plants
✔️ Height: approximately 4–10 inches
✔️ Thornless berry variety
✔️ Healthy rooted starter plants
✔️ Secure packaging for safe arrival

🌼 Growing Information
Common Name: Prime-Ark Freedom Blackberry
Botanical Name: Rubus ‘Prime-Ark® Freedom’
Plant Type: Perennial fruiting bush
Growth Stage: Starter plants
Sun Requirements: Full sun (6–8 hours daily preferred)
Soil: Well-draining fertile soil with organic matter (pH 6.0–6.5)
Watering: Moderate; maintain consistent soil moisture
Mature Height: 4–6 feet with support
Growth Rate: Fast growing
USDA Zones: 6–10
Container Friendly: Yes

💡 Care Tip: For best production, provide a trellis or support system and prune older canes after harvest. This helps promote vigorous new growth and larger berry yields in future seasons.