INOVA sold over 800,000 G3i HD® channels that had proven high productivity and advanced quality control, which provided peace of mind to many operators. G3i HD®'s predecessor G3i NXT provides all the advantages of the G3i technology and is currently the lightest cable acquisition unit on the market.
Utilization – can be used for small 2D or very high channel count 3D operations
Ease of Use – fully integrated with latest iX1 software platform
Data Quality – accuracy and advanced quality control for peace of mind
Productivity – advanced source techniques and high system reliability
Integrated – ready for single sensor or hybrid operations (Nodal, TZ)
Low Cost – rugged components and stringent testing reduce TCO
Hawk was one of INOVA’s first autonomous nodal system offering unprecedented flexibility through one set of ground electronics that can support analog or digital sensors and no radio infrastructure. The Field Station Unit can include up to 3 analog and 3 digital channels. The digital sensor interface is compatible with Accuseis and Vectorseis providing an array of channel and deployment configuration options with a single set of ground equipment.
Each Field Station Unit (FSU) stores up to 16GB of analog or digital sensor data
Bluetooth and WiFi enabled - no radio infrastructure required
Supports High Productivity Vibroseis Operations (HPVS) including slip-sweep, DS3, DS4and HFVS
Operational flexibility – Up to 3-channel analog geophones and INOVA digital sensors within the same field station
The UNIVIB was INOVA’s first small-scale vibrator that had the highest bandwidth for small class vibrators. This agile vehicle could navigate through dense terrains and environmentally sensitive areas with minimal impact.
Unmatched maneuverability in HSE constrained areas
Navigating within existing cut lines, and narrow roadways
Certification of emissions (Tier 3)
Rugged engine, durable frame, and serviceable design ensures long life and low cost of ownership
ARIES II was one INOVA's initial cable-based seismic recording system designed for use in all environments.
Rugged - ground electronics are manufactured from bullet-proof polycarbonates, aircraft grade aluminum, and stainless steel
Reliable - ARIES Il is designed to maximize return on investment by reducing equipment related downtime and minimizing the impact of harsh environmental and operational conditions
Real - Patchview, a concept from users brought to life through innovation, enables intuitive, real-time, visual QC of more than 10,000 traces with 100% accuracy based on user-defined geophysical specifications for ambient noise, signal RMS, signal-to-noise ratio, and adjacent trace RMS comparison
ARIES II supports:
Vibroseis, dynamite, air gun, or mixed-mode operations
Efficient 2D, high-density 3D, time-lapse 4D or transition zone seismic programs
Mixed-receiver spreads of hydrophones, geophones or analog multicomponent sensors
Wireline shooting for areas with poor radio connectivity such as mountainous terrain or thick jungles and rainforests