DNLD combines a precise linear region with nonlinear peripheral scales to retain both fine tracking and wider instrument context in electronic flight displays. 3C reports simulation integration and developmental flight evaluation; the exact X-Plane build and certified cockpit installation remain unresolved.
Technical detail
Core features
A central linear region and two smoothly connected Bézier regions preserve local resolution while compressing peripheral scale range; the initial design assigns about one third of the display to each region.
Peripheral anchors, trend vectors and preselect bugs retain target context. The described compass spans approximately ±179°; this is a display-range design, not proven universal legibility at every manoeuvre rate.
The author reports simulator and Piaggio P180 development followed by NRC Harvard beta flight evaluation. Rates above 60,000 feet/minute refer to simulation, not the P180 flight envelope.
3C’s August 25, 2025 release reports X-Plane 12.4 integration. Laminar’s 12.4.0 notes instead date first beta December 19, 2025 and final release February 18, 2026, without naming DNLD; exact build and access need confirmation.
DNLD
Flight display
Nonlinear scales
Human factors
Simulation
Use & integration
Recorded applications
Flight-display human-factors and situational-awareness research
Simulation-based instrument evaluation and pilot training
These describe the reviewed application scope, not confirmed deployments, released requirements or procurement eligibility.
Evidence of maturity
3C and the technology author report TRL7 and developmental NRC flight evaluation. The 2025 paper leaves formal situational-awareness/workload studies and certified integration toward TRL8/9 for future work. No independent NRC acceptance report was recovered.
Commercial availability
Issuer-reported simulation integration is a potential evaluation route. Laminar’s release chronology leaves the cited X-Plane version unresolved; confirm the implemented build, licensing and supported interface. Certified aircraft installation is not established.
Integration and verification
Readiness
A technology readiness level is not established by the reviewed public sources.
Reviewed connections
No reviewed Mission area or released Defence need connection is currently published.
Original sources 4 linked records
These records support this capability and its published Mission area and Defence need connections. A source count is not a count of independent confirmations.
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · technology readiness level
The author reports desktop/simulator and Piaggio P180 development to TRL7, plus beta flight evaluation on NRC’s Harvard. Rates exceeding 60,000 feet/minute refer to simulation, not the P180 flight envelope. Formal situational-awareness and workload studies are proposed future work, and certified integration toward TRL8/9 remains ahead. No independent NRC test report or quantitative certification acceptance was recovered.
Supports: Capability · core features
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · technicaldomainslugs
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · technical tags
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · technical tags
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · summary
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · defence applications
The author reports desktop/simulator and Piaggio P180 development to TRL7, plus beta flight evaluation on NRC’s Harvard. Rates exceeding 60,000 feet/minute refer to simulation, not the P180 flight envelope. Formal situational-awareness and workload studies are proposed future work, and certified integration toward TRL8/9 remains ahead. No independent NRC test report or quantitative certification acceptance was recovered.
Supports: Capability · commercial availability
The author reports desktop/simulator and Piaggio P180 development to TRL7, plus beta flight evaluation on NRC’s Harvard. Rates exceeding 60,000 feet/minute refer to simulation, not the P180 flight envelope. Formal situational-awareness and workload studies are proposed future work, and certified integration toward TRL8/9 remains ahead. No independent NRC test report or quantitative certification acceptance was recovered.
Supports: Capability · core features
The author reports desktop/simulator and Piaggio P180 development to TRL7, plus beta flight evaluation on NRC’s Harvard. Rates exceeding 60,000 feet/minute refer to simulation, not the P180 flight envelope. Formal situational-awareness and workload studies are proposed future work, and certified integration toward TRL8/9 remains ahead. No independent NRC test report or quantitative certification acceptance was recovered.
Supports: Capability · maturity
The author reports desktop/simulator and Piaggio P180 development to TRL7, plus beta flight evaluation on NRC’s Harvard. Rates exceeding 60,000 feet/minute refer to simulation, not the P180 flight envelope. Formal situational-awareness and workload studies are proposed future work, and certified integration toward TRL8/9 remains ahead. No independent NRC test report or quantitative certification acceptance was recovered.
Supports: Capability · core features
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · technicaldomainslugs
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · capability type
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · technical tags
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · technical tags
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Supports: Capability · defence applications
The author reports desktop/simulator and Piaggio P180 development to TRL7, plus beta flight evaluation on NRC’s Harvard. Rates exceeding 60,000 feet/minute refer to simulation, not the P180 flight envelope. Formal situational-awareness and workload studies are proposed future work, and certified integration toward TRL8/9 remains ahead. No independent NRC test report or quantitative certification acceptance was recovered.
Supports: Capability · summary
The author reports desktop/simulator and Piaggio P180 development to TRL7, plus beta flight evaluation on NRC’s Harvard. Rates exceeding 60,000 feet/minute refer to simulation, not the P180 flight envelope. Formal situational-awareness and workload studies are proposed future work, and certified integration toward TRL8/9 remains ahead. No independent NRC test report or quantitative certification acceptance was recovered.
Supports: Capability · technical tags
DNLD combines a central linear fine-tracking region with two smoothly connected nonlinear Bézier regions, initially about one third of the display each. Peripheral anchors retain broad context; the heading display spans approximately ±179°, while trend vectors and preselect bugs retain target context. These are described display-design mechanics, not a universal pilot-performance result.
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · capability type
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
3C’s August 25, 2025 announcement reports DNLD integration into X-Plane 12.4 for simulation, training and evaluation and attributes TRL7 and NRC flight evaluation to the technology. This is the issuer’s account, not independent Laminar confirmation or aircraft installation approval.
Supports: Capability · summary
3C’s August 25, 2025 announcement reports DNLD integration into X-Plane 12.4 for simulation, training and evaluation and attributes TRL7 and NRC flight evaluation to the technology. This is the issuer’s account, not independent Laminar confirmation or aircraft installation approval.
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · slug
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · defence applications
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · technical tags
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · core features
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · commercial availability
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · core features
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · core features
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · core features
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · technicaldomainslugs
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · technical tags
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · technicaldomainslugs
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · technical tags
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · defence applications
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · maturity
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · technology readiness level
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · technical tags
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · summary
Cert Center Canada says its Dynamic Non-Linear Displays are included in X-Plane 12.4. DNLD addresses legibility, range and resolution conflicts in EFIS/HUD tape displays, including altimeter and full-360-degree compass presentations, for pilot training and research. The release reports NRC flight evaluations and a TRL-7 assessment for DNLD. That is a company-reported evaluation result; simulator distribution does not establish aircraft type certification or approval of every cockpit installation.
Supports: Capability · commercial availability
3C’s August 25, 2025 announcement reports DNLD integration into X-Plane 12.4 for simulation, training and evaluation and attributes TRL7 and NRC flight evaluation to the technology. This is the issuer’s account, not independent Laminar confirmation or aircraft installation approval.
Supports: Capability · core features
3C’s August 25, 2025 announcement reports DNLD integration into X-Plane 12.4 for simulation, training and evaluation and attributes TRL7 and NRC flight evaluation to the technology. This is the issuer’s account, not independent Laminar confirmation or aircraft installation approval.
