DFRobot just listed Circuit.Rocks as one of its official Philippines distributors. That means the DFRobot lines we stock — Gravity sensors, HUSKYLENS AI vision, water-quality lab kits, and the DFRduino board family — are now here in Manila with same-day cutoff at 4 PM. No more 2-4 week international waits, no surprise import fees.
What’s actually in stock
We carry 67 DFRobot SKUs in the DFRobot Philippines collection. Here’s the short tour of what most PH makers ask about.
Water-quality and lab sensors
One of the strongest categories for thesis projects and aquaponics builds — these modules ship with the Gravity plug-and-play wiring so you can drop them straight onto a board without a datasheet hunt:
- pH Sensor Meter Analog Kit V2 (Gravity) — the most common starter for water-testing builds
- Electrical Conductivity (EC) K1 Sensor Kit — pairs with the pH for hydroponics monitoring
- Gravity I2C Oxygen Sensor (0-25% O₂) — research-grade lab measurement
- Gravity SHT20 I2C T&H Probe — waterproof, for outdoor or tank use
- Gravity Analog Water Pressure Sensor (0-1.6 MPa)
- Infrared CO₂ Sensor (0-5000 ppm, Gravity) — indoor air quality + greenhouse
Best fit: aquaponics, hydroponics, capstone water-testing prototypes, environmental monitoring labs.
AI vision
- HUSKYLENS AI Camera Vision Sensor — on-device face / object / line / tag recognition with no model training required. Plugs straight into Arduino, micro:bit, or Raspberry Pi.
Best fit: robotics competitions, smart-bin sorting demos, automated-assistance projects, fastest “wow” demo for a thesis defense.
Gravity ecosystem (29 SKUs in stock)
The Gravity series uses standardized 3-pin and 4-pin connectors so you wire a sensor in seconds instead of breaking out a datasheet. Stocked Gravity modules include:
- EMG Analog Muscle Sensor (OYMotion) — biofeedback and wearable projects
- Digital Vibration Sensor (SW-420)
- Piezo Disk Vibration Sensor
- Analog AC Current Sensor — non-invasive clamp, up to 20A
- Gravity DHT11 T&H Module
- URM07 UART Ultrasonic Sensor (20-750 cm) — low-power, long-range
Arduino-compatible boards and shields
- DFRduino UNO R3 — Arduino UNO-compatible board, often paired with Gravity modules
- Expansion Shield IO V7.1 (Gravity) — routes every pin to a Gravity port for instant prototyping
- LCD Keypad Shield — 16×2 character display with built-in navigation buttons
- IIC LCD1602 Module — I2C variant, frees up your pins
- RS485 Shield — industrial serial bus for factory-floor projects
- MicroSD Card Module (SPI)
Robotics motion
- DF15RSMG 360° Continuous Rotation Servo (20 kg-cm) — wheeled-bot drive
- EC11 Rotary Encoder Module — with push-button, for menus and tuning
How to order
Browse the full DFRobot collection at circuit.rocks/collections/dfrobot — 67 SKUs in stock now. Same standard shipping rules apply: free shipping above ₱2,000, Manila same-day cutoff at 4 PM, school and class POs welcome. For STEM programs, water-testing labs, or capstone teams ordering 5+ units, email the contact line for batch pricing.
Verify the listing
Circuit.Rocks appears on the official DFRobot distributor page at dfrobot.com/distributor. Filter by Asia → Philippines.
Frequently Asked Questions
Which DFRobot product should I start with for my capstone project?
For water-testing or aquaponics work, start with the pH V2 kit or EC K1 kit — both have ready Arduino libraries and clean plug-in wiring. For smart robotics or AI demos, HUSKYLENS is the fastest ‘wow’ module and works with Arduino, micro:bit, and Raspberry Pi. For general IoT prototyping, the Gravity DHT11 plus the Expansion Shield V7.1 lets you wire a full multi-sensor board in under 10 minutes.
Are prices cheaper now that Circuit.Rocks is a distributor?
Prices are in Philippine pesos with no surprise import fees, which is often the deciding factor versus international ordering once shipping and customs are added in. Bulk and classroom pricing is available for schools running STEM programs – email the contact line for a quote.
What will I learn if I build with DFRobot Gravity sensors?
The Gravity 3-pin and 4-pin standardized connectors teach you I2C addressing, analog sensor reads, and modular project design without the wiring confusion that comes with bare breakouts. You’ll also pick up sensor calibration, library selection, and how to chain multiple sensors on one bus – skills that transfer to any embedded build, not just DFRobot’s ecosystem.
